9.3 Water and Electricity Bill of Materials

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9.3 Hydropower information list ├─9.3 General information on hydropower │ │ Dabu Hydropower Station construction machinery and equipment table, construction machinery entry plan._secret.doc │ │ A certain hydropower station factory building calculation sheet.doc │ │ Hydropower construction project quality supervision outline 2006 edition..doc │ │ │ ├─A certain hydropower station project installation winning bid plan │ │ Business part_secret.doc │ │ Suojie Power Station Budget.xls │ │ Technical part_secret.doc │ │ Construction layout drawing.dwg │ │ Overall construction schedule_secret.doc │ │ Table of Contents_secret.doc │ │ Competence and credibility section_secret.doc │ │ Installation material list.xls │ │ │ ├─Full set of instructions and examples for filling out the water conservancy and hydropower project construction quality assessment form│ │ ├─Part 1 Engineering Project Construction Quality Assessment Form│ │ │ Table 01 Hydraulic Building Appearance Quality Assessment Form.xlt │ │ │ Table 01 Instructions for filling out the Appearance Quality Assessment Form for Hydraulic Buildings.doc │ │ │ Table 01 Appearance Quality Assessment Form for Hydraulic Buildings (example form).xls │ │ │ Table 02 Instructions for filling out the Appearance Quality Assessment Form for housing construction and installation projects. Table 02 Housing construction and installation project visual quality evaluation form (example form).xls │ │ │ Table 03 Divisional project construction quality evaluation form.xlt │ │ │ Table 03 Divisional project construction quality evaluation form filling instructions.doc │ │ │ Table 03 Divisional project construction quality evaluation form (example table).xls │ │ │ Table 04 Unit project construction quality inspection data verification form.xlt │ │ │ Table 04 Unit project construction quality inspection data verification form filling instructions.doc │ │ │ Table 04 Unit project construction quality inspection data verification form (example form).xls │ │ │ Table 05 Unit project construction quality evaluation form.xlt │ │ │ Table 05 Instructions for filling out the unit project construction quality assessment form.doc │ │ │ Table 05 Unit project construction quality assessment form (example form).xls │ │ │ Table 06 Engineering project construction quality assessment form.xlt │ │ │ Table 06 Instructions for filling out the engineering project construction quality assessment form.doc │ │ │ Table 06 Project construction quality assessment form (example form).xls │ │ │ │ │ ├─Part 7 Step-up substation electrical equipment installation engineering unit engineering quality assessment form │ │ │ Table 6.1 Main transformer installation unit engineering quality assessment form filling instructions.doc │ │ │ Table 6.1 Main transformer installation unit project quality evaluation form (example table).xls │ │ │ Table 6.10 Self-contained oil-filled cable line installation unit project quality evaluation form.xlt │ │ │ Table 6.10 Self-contained oil-filled cable line installation unit project quality evaluation form filling instructions.doc │ │ │ Table 6.10 Self-contained oil-filled cable line installation unit project quality evaluation form (example table). Factory feeder line installation unit project quality evaluation form (example table).xls │ │ │ Table 6.2 Oil circuit breaker installation unit project quality evaluation form.xlt │ │ │ Table 6.2 Oil circuit breaker installation unit project quality evaluation form filling instructions.doc │ │ │ Table 6.2 Oil circuit breaker installation unit engineering quality assessment form (example form).xls │ │ │ Table 6.3 Air circuit breaker installation unit engineering quality assessment form.xlt │ │ │ Table 6.3 Air circuit breaker installation unit engineering quality assessment form filling instructions.doc │ │ │ Table 6.3 Air circuit breaker installation unit engineering quality assessment form (example form).xls │ │ │ Table 6.4 Project Quality Assessment Form for Sulfur Hexafluoride Circuit Breaker Installation Unit. │ Table 6.5 Project Quality Assessment Form for Sulfur Hexafluoride Combined Electrical Installation Unit. Isolating switch installation unit project quality evaluation form.xlt │ │ │ Table 6.6 Isolating switch installation unit project quality evaluation form filling instructions.doc │ │ │ Table 6.6 Isolating switch installation unit project quality evaluation form (example table).xls │ │ │ Table 6.7 Oil-immersed transformer installation unit project quality evaluation form.xlt │ │ │ Table 6.7 Instructions for filling out the project quality assessment form for oil-immersed transformer installation units.doc │ │ │ Table 6.7 Project quality assessment form for oil-immersed transformer installation units (example table 1).xls │ │ │ Table 6.7 Project quality assessment form for oil-immersed transformer installation units (example table 2).xls │ │ │ Table 6.8 Project Quality Evaluation Form for Outdoor Surge Arrester Installation Unit. Soft busbar device unit project quality evaluation form.xlt │ │ │ Table 6.9 Soft busbar device unit project quality evaluation form filling instructions.doc │ │ │ Table 6.9 Soft busbar device unit project quality evaluation form (example form).xls │ │ │ │ │ ├─Part 3 Metal Structure and Hoist Installation Engineering Unit Project Quality Assessment Form│ │ │ Table 2.1 Pressure Steel Pipe Manufacturing Unit Engineering Quality Assessment Form. │ │ │ Table 2.10 Project Quality Assessment Form for Herringbone Gate Embedded Parts Installation Unit. │ Table 2.10-1 Installation Quality Assessment Form for the Bottom Pivot Device of Herringbone Gate Embedded Parts. │ Table 2.10-2 Quality Evaluation Form for the Installation of the Pivot Device and Pillow Seat of Embedded Parts of Herringbone Gate. │ │ │ Table 2.11 Project Quality Assessment Form for the Installation Unit of Herringbone Gate Door Body. │ Table 2.11-1 The installation quality evaluation form for the top and bottom pivot axes of the herringbone gate body. │ │ │ Table 2.11-2 Quality evaluation form for the installation of water-stop rubber on the herringbone gate body. │ │ │ Table 2.12 Movable Waste Rack Installation Unit Project Quality Assessment Form. Table 2.12-1 Installation Quality Assessment Form for Movable Sewage Rack and Embedded Parts. Quality assessment form for the distance between the embedded parts at the opening of the movable waste rack. │ Table 2.12-3 Movable Waste Rack Installation Quality Assessment Form. Table 2.13 Hoisting Machinery Track Installation Unit Engineering Quality Assessment Form. Bridge hoist (or crane) installation unit project quality evaluation form. Table 2.14-1 Brake installation quality evaluation form.xlt │ │ │ Table 2.14-1 Brake installation quality evaluation form filling instructions.doc │ │ │ Table 2.14-1 Brake installation quality evaluation form (example table).xls │ │ │ Table 2.14-2 Coupling installation quality evaluation form.xlt │ │ │ Table 2.14-2 Instructions for filling in the coupling installation quality evaluation form.doc │ │ │ Table 2.14-2 Coupling installation quality evaluation table (example table).xls │ │ │ Table 2.14-3 Coaxiality of the two shafts of the elastic ring pin coupling and the end clearance between the couplings.xlt │ │ │ Table 2.14-3 Instructions for filling out the quality evaluation form for the coaxiality of the two shafts of the elastic ring pin coupling and the end clearance between the couplings.doc │ │ │ Table 2.14-3 The coaxiality of the two shafts of the elastic ring pin coupling and the end gap between the couplings quality evaluation form (example table).xls │ │ │ Table 2.14-4 Installation quality evaluation form for bridge frame and trolley traveling mechanism. Car traveling mechanism installation quality evaluation form.xlt │ │ │ Table 2.14-5 Car traveling mechanism installation quality evaluation form filling instructions.doc │ │ │ Table 2.14-5 Car traveling mechanism installation quality evaluation form (example).xls │ │ │ Table 2.14-6 Bridge (gate) hoist (crane) trial operation quality evaluation form. │ │ Table 2.15 Project quality evaluation form for the installation unit of the gantry hoist. Table 2.15-1 Door-type hoist door leg installation quality evaluation form. Fixed winch hoist installation unit project quality assessment form. Fixed winch hoist center, elevation and horizontal installation quality evaluation form. │ Table 2.16-2 Fixed winch hoist trial operation quality evaluation form. Table 2.17 Screw hoist installation unit project quality evaluation form. Screw hoist center, elevation, level and screw plumb quality evaluation form. Screw hoist center, elevation, level and screw plumb quality assessment form (example form).xls │ │ │ Table 2.17-2 Screw hoist trial operation quality assessment form.xlt │ │ │ Table 2.17-2 Screw hoist trial operation quality assessment form filling instructions.doc │ │ │ Table 2.17-2 Screw hoist trial operation quality assessment form (example form).xls │ │ │ Table 2.18 Hydraulic hoist installation unit engineering quality assessment form.xlt │ │ │ Table 2.18 Hydraulic hoist installation unit engineering quality assessment form filling instructions.doc │ │ │ Table 2.18 Hydraulic hoist installation unit engineering quality assessment form (example form).xls │ │ │ Table 2.18-1 Hydraulic hoist frame installation and piston rod plumbness quality assessment form.xlt │ │ │ Table 2.18-1 Hydraulic hoist frame installation and piston rod plumbness quality assessment form filling instructions.doc │ │ │ Table 2.18-1 Hydraulic hoist frame installation and piston rod plumb quality evaluation table (example table).xls │ │ │ Table 2.18-2 Hydraulic hoist frame steel beam and thrust bearing installation quality evaluation table.xlt │ │ │ Table 2.18-2 Instructions for filling out the installation quality assessment form for the frame steel beam and thrust support of the hydraulic hoist.doc │ │ │ Table 2.18-2 Quality assessment form for the installation of the steel beam and thrust support of the hydraulic hoist frame (example table). │ │ Table 2.18-3 Instructions for filling out the quality assessment form for the installation of oil barrels, oil storage tanks and pipelines for hydraulic hoists.doc │ │ │ Table 2.18-3 Quality assessment form for the installation of oil barrels, oil storage tanks and pipelines for hydraulic hoists (example form).xls │ │ │ Table 2.18-4 Hydraulic hoist opening and closing test and hydraulic test evaluation form. Pressure Steel Pipe Expansion Joint Manufacturing Unit Engineering Quality Assessment Form. Pressure steel pipe branch pipe manufacturing unit engineering quality evaluation form. Pressure steel pipe buried pipe installation unit project quality evaluation form. Quality assessment form for pressure steel pipe nozzle center, mileage, roundness, longitudinal seam, and circumferential seam misalignment. Pressure steel pipe nozzle center, mileage, roundness, longitudinal seam, circumferential seam misalignment quality assessment form (example form).xls │ │ │ Table 2.4-2 Weld appearance quality assessment form. Weld appearance quality assessment form (example form).xls │ │ │ Table 2.4-3 Class I and II weld internal quality, surface removal and local pit welding repair quality assessment form.xlt │ │ │ Table 2.4-3 Class I and II weld internal quality, surface removal and local pit weld repair quality assessment form filling instructions.doc │ │ │ Table 2.4-3 Quality evaluation table for internal quality, surface cleaning and local pit weld repair of Class I and II welds (example table).xls │ │ │ Table 2.4-4 Quality evaluation table for anti-corrosion surface treatment, paint coating and grouting hole plugging and welding of the inner wall of buried pressure steel pipes.xlt │ │ │ Table 2.4-4 Instructions for filling out the quality assessment form for anti-corrosion surface treatment, paint coating and grouting hole plugging and welding on the inner wall of buried pressure steel pipes.doc │ │ │ Table 2.4-4 Quality assessment form for anti-corrosion surface treatment, paint coating and grouting hole plugging and welding on the inner wall of buried pressure steel pipes (example table). │ │ Table 2.5 Instructions for filling out the project quality evaluation form for the exposed pipe installation unit of pressure steel pipes.doc │ │ │ Table 2.5 Quality evaluation form for the project of exposed pipe installation unit of pressure steel pipes (example table). │ Table 2.5-1 Instructions for filling out the quality evaluation form for the nozzle center, mileage, support center, etc. of the penstock open pipe installation project.doc │ │ │ Table 2.5-1 Quality evaluation form for the nozzle center, mileage, support center, etc. of the penstock open pipe installation project (example table).xls │ │ │ Table 2.5-2 Quality evaluation form for anti-corrosion surface treatment and coating of open pressure steel pipes. Table 2.6 Plane Gate Embedded Parts Installation Unit Project Quality Assessment Form. Flat gate bottom sill and door lintel installation quality evaluation form. Plane gate main rail and side rail installation quality evaluation form. Flat gate side waterstop seat plate and reverse rail installation quality evaluation form. Table 2.6-4 Quality evaluation form for the installation of plane gate parapets and corner guards. Distances between embedded parts within the working range of the plane gate.xlt │ │ │ Table 2.6-5 Instructions for filling in the form of distances between embedded parts within the working range of the plane gate.doc │ │ │ Table 2.6-5 Distances between embedded parts within the working range of the plane gate (example table).xls │ │ │ Table 2.7 Project quality evaluation form for the installation unit of the plane gate body.xlt │ │ │ Table 2.7 Instructions for filling out the quality evaluation form for the installation unit of the flat gate body.doc │ │ │ Table 2.7 Quality evaluation form for the installation unit of the flat gate door (example table). │ Table 2.7-1 Instructions for filling out the installation quality evaluation form for the water-stop rubber and reverse slider of the flat gate body.doc │ │ │ Table 2.7-1 Quality evaluation form for the installation of the water-stop rubber and reverse slider of the flat gate body (example table).xls │ │ │ Table 2.8 Project quality evaluation form for the installation unit of the curved gate embedded parts. │ Table 2.8 Instructions for filling out the project quality assessment form for the arc gate embedded parts installation unit.doc │ │ │ Table 2.8 Project quality assessment form for the arc gate embedded part installation unit (example table).xls │ │ │ Table 2.8-1 Arc gate bottom sill and lintel installation quality assessment form. Table 2.8-1 Instructions for filling in the curved gate bottom sill and door lintel installation quality evaluation form.doc │ │ │ Table 2.8-1 Curved gate bottom sill and door lintel installation quality evaluation form (example table).xls │ │ │ Table 2.8-2 Curved gate side waterstop seat plate and side wheel guide installation quality evaluation table.xlt │ │ │ Table 2.8-2 Curved gate side water stop seat plate and side wheel guide plate installation quality evaluation form (example table). Quality assessment form for the distance of each embedded part within the working range of the arc gate. Arc gate hinge seat steel beam, hinge seat foundation bolt center and tapered hinge seat foundation ring installation quality evaluation form. Arc gate hinge base steel beam, hinge base foundation bolt center and tapered hinge base foundation ring installation quality evaluation form (example table).xls │ │ │ Table 2.9 Curved gate door body installation unit project quality evaluation form. Curved gate door body installation unit engineering quality evaluation form (example table).xls │ │ │ Table 2.9-1 Curved gate door body hinge base installation quality evaluation form.xlt │ │ │ Table 2.9-1 Curved gate body hinge base installation quality evaluation form filling instructions.doc │ │ │ Table 2.9-1 Curved gate body hinge seat installation quality evaluation form (example table). Curved gate body hinge shaft and support arm installation quality evaluation form (example table). │ │ │ Table 2.9-3 Quality evaluation form for connecting plates and shear plates at both ends of the arc gate body arm and water-stop installation (example table).xls │ │ │ │ │ ├─Part 9 Embankment Project Appearance Quality and Unit Project Quality Evaluation Form │ │ │ Table 01 Embankment Project Appearance Quality Evaluation Form.xlt │ │ │ Table embankment 01 Embankment project appearance quality evaluation form filling instructions.doc │ │ │ Table embankment 01 embankment project appearance quality evaluation form (example form).xls │ │ │ Table embankment 01-1 Embankment unit project external dimension quality inspection and evaluation form. Instructions for filling out the external dimension quality inspection and evaluation form for the embankment unit project.doc │ │ │ Table 01-1 Quality inspection and evaluation form for the external dimensions of the embankment unit project (example form).xls │ │ │ Table 1 Embankment Foundation Cleaning Unit Project Quality Assessment Form. │ │ Surface embankment 1 embankment foundation cleaning unit project quality evaluation form (example form).xls │ │ │ Surface embankment 10 mortar stone slope protection unit project quality evaluation form. Mortar stone slope protection unit project quality evaluation form (example table).xls │ │ │ Table embankment 11 Concrete precast block slope protection unit project quality evaluation form. Concrete precast block slope protection unit project quality evaluation form (example table).xls │ │ │ Surface embankment 12 embankment foot protection (underwater riprap) unit project quality evaluation form. Embankment foot protection (underwater riprap) unit project quality evaluation form (example form).xls │ │ │ Surface embankment 2 Soil compaction embankment unit project quality evaluation form. Soil rolling compaction embankment unit project quality evaluation form (example form).xls │ │ │ Surface embankment 3 Earth material blowing and filling embankment unit project quality evaluation form. Soil blowing, filling and embankment unit project quality evaluation form (example form).xls │ │ │ Surface embankment 4 Earth material blowing, filling and pressure infiltration platform unit project quality evaluation form. Soil material blowing and filling pressure seepage platform unit project quality evaluation form (example form).xls │ │ │ Surface embankment 5 Clay anti-seepage body filling unit engineering quality evaluation form. Clay anti-seepage body filling unit project quality evaluation form (example table).xls │ │ │ Table embankment 6 Sandy soil embankment top filling unit project quality evaluation form. Sandy soil embankment top filling unit project quality evaluation form (example form).xls │ │ │ Table embankment 7 slope protection cushion unit project quality evaluation form. │ │ │ Table embankment 8 Rough-drained rubble slope protection unit project quality evaluation form. Dry masonry stone slope protection unit project quality evaluation form. ├─Part 2 Hydraulic Construction Engineering Unit Project Quality Assessment Form│ │ │ Table 1.1 Rock Slope Excavation Unit Project Quality Assessment Form. │ │ │ Table 1.10 Hydraulic Tunnel Backfill Grouting Unit Project Quality Assessment Form. │ │ Table 1.11 High-pressure jet grouting unit project quality evaluation form. Basic drainage unit project quality evaluation form.xlt │ │ │ Table 1.12 Basic drainage unit project quality evaluation form filling instructions.doc │ │ │ Table 1.12 Basic drainage unit project quality evaluation table (example table).xls │ │ │ Table 1.13 Anchor shotcrete support unit project quality evaluation form.xlt │ │ │ Table 1.13 Instructions for filling out the quality assessment form for the bolting and shotcrete support unit project.doc │ │ │ Table 1.13 Quality assessment form for the project of the bolting and shotcrete support unit (example form).xls │ │ │ Table 1.13-1 Quality assessment form for the process of bolting and shotcrete supporting anchors and steel mesh.xlt │ │ │ Table 1.13-1 Instructions for filling out the quality evaluation form for shotcrete support anchors and steel mesh processes.doc │ │ │ Table 1.13-1 Quality evaluation form for shotcrete support anchors and steel mesh procedures (example table).xls │ │ │ Table 1.13-2 Quality process evaluation form for shotcrete support for shotcrete support. Table 1.13-2 Instructions for filling out the quality process evaluation form of shotcrete for anchor shotcrete support.doc │ │ │ Table 1.13-2 Quality process evaluation form for shotcrete for anchor shotcrete support (example table).xls │ │ │ Table 1.14 Quality evaluation form for concrete anti-seepage wall unit project. Instructions for filling out the quality assessment form for concrete cut-off wall unit projects.doc │ │ │ Table 1.14 Quality assessment form for concrete cut-off wall unit projects (example table).xls │ │ │ Table 1.15 Quality assessment form for vibro-foundation reinforcement unit projects. Instructions for filling out the quality assessment form for the vibro-foundation reinforcement unit project.doc │ │ │ Table 1.15 Quality assessment form for the vibro-foundation reinforcement unit project (example form).xls │ │ │ Table 1.16 Project quality assessment form for the bored pile foundation unit.xlt │ │ │ Table 1.16 Instructions for filling out the project quality assessment form for cast-in-hole pile foundation unit.doc │ │ │ Table 1.16 Project quality assessment form for cast-in-hole pile foundation unit (example table).xls │ │ │ Table 1.17 Project quality assessment form for river dredging unit.xlt │ │ │ Table 1.17 Instructions for filling in the river dredging unit project quality assessment form.doc │ │ │ Table 1.17 River dredging unit project quality assessment form (example form).xls │ │ │ Table 1.18 Sand material quality assessment form.xlt │ │ │ Table 1.18 Instructions for filling in the sand quality assessment form.doc │ │ │ Table 1.18 Sand material quality evaluation table (example table).xls │ │ │ Table 1.19 Coarse aggregate quality evaluation table.xlt │ │ │ Table 1.19 Coarse aggregate quality evaluation table description.doc │ │ │ Table 1.19 Coarse aggregate quality evaluation table (example table).xls │ │ │ Table 1.2 Project Quality Assessment Form for Rock Foundation Excavation Unit. Concrete Mixing Quality Assessment Form.xlt │ │ │ Table 1.20 Concrete Mixing Quality Assessment Form Filling Instructions.doc │ │ │ Table 1.20 Concrete Mixing Quality Assessment Form (Example Form).xls │ │ │ Table 1.20-1 Concrete Mixing Quality Assessment Form.xlt │ │ │ Table 1.20-1 Instructions for filling in the concrete mixture quality evaluation form.doc │ │ │ Table 1.20-1 Concrete mixture quality evaluation form (example form).xls │ │ │ Table 1.20-2 Concrete test block quality evaluation form.xlt │ │ │ Table 1.20-2 Concrete test block quality evaluation form.doc │ │ │ Table 1.20-2 Concrete test block quality evaluation form (example form).xls │ │ │ Table 1.21 Concrete precast component production quality evaluation form.xlt │ │ │ Table 1.21 Concrete precast component production quality evaluation form filling instructions.doc │ │ │ Table 1.21 Precast concrete component production quality assessment form (example form).xls │ │ │ Table 1.3 Rock cavern excavation unit project quality assessment form.xlt │ │ │ Table 1.3 Rock cavern excavation unit project quality assessment form filling instructions.doc │ │ │ Table 1.3 Rock cavern excavation unit project quality assessment form (example form).xls │ │ │ Table 1.4 Soft foundation and bank slope excavation unit project quality evaluation form. Table 1.5 Concrete unit project quality evaluation form.xlt │ │ │ Table 1.5 Concrete unit project quality evaluation form filling instructions.doc │ │ │ Table 1.5 Concrete unit project quality evaluation form (example form).xls │ │ │ Table 1.5-1 Foundation surface or concrete construction joint treatment process quality evaluation form.xlt │ │ │ Table 1.5-1 Instructions for filling out the quality assessment form for the treatment process of foundation surface or concrete construction joints.doc │ │ │ Table 1.5-1 Quality assessment form for the treatment process of foundation surface or concrete construction joints (example form).xls │ │ │ Table 1.5-2 Quality assessment form for concrete formwork procedures.xlt │ │ │ Table 1.5-2 Instructions for filling in the concrete formwork process quality evaluation form.doc │ │ │ Table 1.5-2 Concrete formwork process quality evaluation form (example form).xls │ │ │ Table 1.5-3 Concrete steel bar process quality evaluation form.xlt │ │ │ Table 1.5-3 Concrete steel bar process quality evaluation form filling instructions.doc │ │ │ Table 1.5-3 Concrete reinforcement process quality evaluation form (example form).xls │ │ │ Table 1.5-4 Concrete waterstop, expansion joints and drainage pipe installation process quality evaluation form.xlt │ │ │ Table 1.5-4 Concrete waterstop, expansion joints and drainage pipe installation process quality evaluation form filling instructions.doc │ │ │ Table 1.5-4 Quality Assessment Form for Concrete Water Stopping, Expansion Joints and Drainage Pipe Installation Process (Example Form).xls │ │ │ Table 1.5-5 Quality Assessment Form for Concrete Pouring Process. Table 1.5-5 Concrete pouring process quality evaluation form (example form).xls │ │ │ Table 1.6 Concrete precast component installation unit project quality evaluation form.xlt │ │ │ Table 1.6 Concrete precast component installation unit project quality evaluation form filling instructions.doc │ │ │ Table 1.6 Concrete precast component installation unit project quality evaluation form (example table).xls │ │ │ Table 1.7 Concrete dam body joint grouting unit project quality evaluation form.xlt │ │ │ Table 1.7 Concrete dam body joint grouting unit project quality evaluation form filling instructions.doc │ │ │ Table 1.7 Concrete dam body joint grouting unit project quality evaluation form (example table). Rock foundation curtain grouting unit project quality evaluation form (example table). Rock Foundation Consolidation Grouting Unit Engineering Quality Assessment Form (Example Form).xls │ │ │ │ │ ├─Part 5 Hydraulic Machinery Auxiliary Equipment Installation Engineering Unit Engineering Quality Assessment Form │ │ │ Table 4.1 Air Compressor Installation Unit Engineering Quality Assessment Form.xlt │ │ │ Table 4.1 Instructions for filling in the air compressor installation unit engineering quality assessment form.doc │ │ │ Table 4.1 Air compressor installation unit engineering quality assessment form (example form).xls │ │ │ Table 4.10 Instructions for filling out the engineering quality assessment form for the hydraulic machinery system pipeline installation unit.doc │ │ │ Table 4.10 Hydraulic machinery system pipeline installation unit project quality assessment form (example form). Deep well water pump installation unit engineering quality assessment form (example form).xls │ │ │ Table 4.3 Centrifugal water pump installation unit engineering quality assessment form.xlt │ │ │ Table 4.3 Centrifugal water pump installation unit engineering quality assessment form filling instructions.doc │ │ │ Table 4.3 Centrifugal water pump installation unit engineering quality assessment form (example form).xls │ │ │ Table 4.4 Gear Oil Pump Installation Unit Engineering Quality Assessment Form. Screw oil pump installation unit project quality evaluation form.xlt │ │ │ Table 4.5 Screw oil pump installation unit project quality evaluation form filling instructions.doc │ │ │ Table 4.5 Screw oil pump installation unit project quality evaluation form (example table).xls │ │ │ Table 4.6 Hydraulic measuring instrument installation unit project quality evaluation form.xlt │ │ │ Table 4.6 Instructions for filling out the engineering quality assessment form for hydraulic measuring instrument installation units.doc │ │ │ Table 4.6 Engineering quality assessment form for hydraulic measuring instrument installation units (example form).xls │ │ │ Table 4.7 Engineering quality assessment form for installation units of boxes, tanks and other containers.xlt │ │ │ Table 4.7 Instructions for filling out the engineering quality assessment form for installation units of boxes, tanks and other containers.doc │ │ │ Table 4.7 Engineering quality assessment form for installation units of boxes, tanks and other containers (example form).xls │ │ │ Table 4.8 Engineering quality assessment form for axial flow fan installation units.xlt │ │ │ Table 4.8 Instructions for filling out the engineering quality evaluation form for the installation unit of axial flow fans.doc │ │ │ Table 4.8 Quality evaluation form for the engineering quality of the installation unit of axial flow fans (example form).xls │ │ │ Table 4.9 Quality evaluation form for the engineering quality of the installation unit of centrifugal fans. Instructions for filling out the project quality assessment form for centrifugal fan installation unit.doc │ │ │ Table 4.9 Project quality assessment form for centrifugal fan installation unit (example form).xls │ │ │ │ │ ├─Part 8 Rolling Compacted Earth-rock Dam and Masonry Dam Engineering Unit Project Quality Assessment Form │ │ │ Table 7.1 Earth-rockfill dam foundation and bank slope treatment unit engineering quality evaluation form. Foundation and bank slope cleaning process quality assessment form.xlt │ │ │ Table 7.1-1 Foundation and bank slope cleaning process quality assessment form filling instructions.doc │ │ │ Table 7.1-1 Foundation and bank slope cleaning process quality assessment form (example form).xls │ │ │ Table 7.1-2 Quality assessment form for the excavation process of the anti-seepage body rock foundation and bank slope. Table 7.1-3 Quality assessment form for the treatment process of geological structure of dam foundation and bank slope. Table 7.1-4 Quality Assessment Form for the Water Seepage Treatment Process of Dam Foundation and Bank Slope. Table 7.10 Quality Assessment Form for the Filling Unit of Rockfill Dam. Back-filtration project unit project quality evaluation form.xlt │ │ │ Table 7.11 Back-filtration project unit project quality evaluation form filling instructions.doc │ │ │ Table 7.11 Back-filtration project unit project quality evaluation form (example table).xls │ │ │ Table 7.12 Cushion project unit project quality evaluation form.xlt │ │ │ Table 7.12 Instructions for filling out the quality evaluation form for cushion engineering units.doc │ │ │ Table 7.12 Quality evaluation form for cushion engineering units (example form).xls │ │ │ Table 7.13 Quality evaluation form for slope protection engineering units.xlt │ │ │ Table 7.13 Instructions for filling in the quality evaluation form for the unit project of the slope protection project.doc │ │ │ Table 7.13 Quality evaluation form for the unit project of the slope protection project (example form).xls │ │ │ Table 7.14 Quality evaluation form for the unit project of the drainage project. │ Table 7.14 Drainage engineering unit project quality evaluation form (example table).xls │ │ │ Table 7.15 Mortar masonry bedrock connection engineering unit engineering quality evaluation form.xlt │ │ │ Table 7.15 Mortar masonry bedrock bedrock connection engineering unit engineering quality evaluation form filling instructions.doc │ │ │ Table 7.15 Mortar masonry bedrock connection engineering unit project quality evaluation form (example table). Cement mortar masonry unit project quality evaluation form (example table).xls │ │ │ Table 7.16-1 Cement mortar masonry slurry masonry surface treatment process quality evaluation form. Table 7.16-1 Quality evaluation form for cement mortar masonry masonry surface treatment process (example table).xls │ │ │ Table 7.16-2 Quality evaluation form for cement mortar masonry masonry construction process. │ Table 7.16-2 Cement mortar masonry construction process quality evaluation form (example form).xls │ │ │ Table 7.17 Concrete masonry unit project quality evaluation form.xlt │ │ │ Table 7.17 Concrete masonry unit project quality evaluation form filling instructions.doc │ │ │ Table 7.17 Concrete masonry unit engineering quality evaluation form (example form).xls │ │ │ Table 7.18 Mortar masonry dam concrete face unit engineering quality evaluation form.xlt │ │ │ Table 7.18 Mortar masonry dam concrete face unit engineering quality evaluation form filling instructions.doc │ │ │ Table 7.18 Mortar masonry dam concrete panel unit engineering quality assessment form (example form).xls │ │ │ Table 7.18-1 Quality assessment form for the treatment process of the contact surface between the panel and the mortar masonry stone. Quality assessment form for the treatment process of the contact surface between the panel and the mortar masonry (example form).xls │ │ │ Table 7.18-2 Quality assessment form for the treatment process of concrete construction joints. Concrete construction joint treatment process quality assessment form (example form).xls │ │ │ Table 7.18-3 Formwork process quality assessment form.xlt │ │ │ Table 7.18-3 Formwork process quality assessment form filling instructions.doc │ │ │ Table 7.18-3 Formwork process quality assessment form (example form).xls │ │ │ Table 7.18-4 Quality Assessment Form for the concrete pouring process of the mortar stone dam face. │ │ Table 7.19 Project Quality Evaluation Form for Concrete Core Units of Mortar Stone Dams. Table 7.2 Project Quality Assessment Form for Soil Anti-seepage Body Filling Unit. Quality assessment form for the treatment process of joint surface of soil impermeable body of earth-rock dam. Table 7.2-2 Quality assessment form for the unloading and paving process of the earth impermeable body of earth-rock dam. │ │ │ Table 7.2-3 Quality assessment form for the compaction process of earth-rock dam soil anti-seepage body. Quality assessment form for the compaction process of soil impermeable body of earth-rock dam (example form).xls │ │ │ Table 7.2-4 Quality assessment form for joint treatment process of earth impermeable body of earth-rock dam. Table 7.2-4 Quality evaluation form for the joint treatment process of soil anti-seepage body of earth-rock dam (example table).xls │ │ │ Table 7.20 Quality evaluation form for cement mortar jointing unit project of mortar stone dam. Table 7.20 Project quality evaluation form for cement mortar jointing unit of mortar masonry dam (example table).xls │ │ │ Table 7.21 Project quality evaluation form for overflow surface unit of mortared stone spillway.xlt │ │ │ Table 7.21 Instructions for filling out the form quality evaluation form for mortared stone spillway overflow surface unit project.doc │ │ │ Table 7.21 Project quality evaluation form for the overflow surface unit of the mortar masonry spillway (example table).xls │ │ │ Table 7.21-1 Quality evaluation form for the masonry process of the overflow surface of the mortar masonry spillway spillway. │ Table 7.21-1 Quality evaluation form for the construction process of the overflow surface of the mortared stone spillway (example table).xls │ │ │ Table 7.22 Quality evaluation form for the unit project of the mortared stone pier (wall) (example table).xls │ │ │ Table 7.22 Quality evaluation form for the unit project of the mortared stone pier (wall) unit.xlt │ │ │ Table 7.22 Instructions for filling out the quality assessment form for the unit project of mortared stone piers (walls).doc │ │ │ Table 7.22-1 Quality assessment form for the masonry process of mortared stone piers (walls). Table 7.22-1 Mortar stone pier (wall) masonry process quality assessment form (example form).xls │ │ │ Table 7.23 Stone quality assessment form.xlt │ │ │ Table 7.23 Stone quality assessment form filling instructions.doc │ │ │ Table 7.23 Stone quality assessment form (example form).xls │ │ │ Table 7.24 Cement mortar quality evaluation form. Precast concrete block quality evaluation form.xlt │ │ │ Table 7.25 Concrete precast block quality evaluation form filling instructions.doc │ │ │ Table 7.25 Concrete precast block quality evaluation form (example form).xls │ │ │ Table 7.26 Sand quality evaluation form.xlt │ │ │ Table 7.26 Instructions for filling out the sand quality evaluation form.doc │ │ │ Table 7.26 Instructions for filling out the coarse aggregate quality evaluation form.xls │ │ │ Table 7.27 Coarse aggregate quality evaluation form. Table 7.27 Coarse aggregate quality evaluation form (example form).xls │ │ │ Table 7.28 Concrete mixing quality evaluation form filling instructions.doc │ │ │ Table 7.28 Concrete mixing quality evaluation form (example form).xls │ │ │ Table 7.3 Earth-rock dam concrete panel unit engineering quality evaluation form.xlt │ │ │ Table 7.3 Instructions for filling out the quality assessment form for earth-rock dam concrete panel unit engineering.doc │ │ │ Table 7.3 Quality assessment form for earth-rockfill concrete panel unit engineering (example form).xls │ │ │ Table 7.3-1 Quality assessment form for earth-rock dam concrete panel base cleaning process.xlt │ │ │ Table 7.3-1 Instructions for filling out the quality assessment form for the cleaning process of the concrete panel base of earth-rock dam.doc │ │ │ Table 7.3-1 Quality assessment form for the cleaning process of the base surface of concrete panel of earth-rock dam (example form). Table 7.3-2 Quality evaluation form for the production and installation of sliding formwork for concrete panels of earth-rock dams and installation of sliding form rails. Quality assessment form for the production and installation process of earth-rock dam concrete panel water-stop sheets (belts). │ │ Table 7.3-4 Quality Assessment Form for Earth-rock Dam Concrete Panel Pouring Process. │ Table 7.4 Asphalt concrete core unit engineering quality evaluation form. Quality assessment form for foundation surface treatment and asphalt concrete bonding layer treatment process. Asphalt concrete core wall formwork process quality assessment form.xlt │ │ │ Table 7.4-2 Asphalt concrete core wall formwork process quality assessment form filling instructions.doc │ │ │ Table 7.4-2 Asphalt concrete core wall formwork process quality assessment form (example form).xls │ │ │ Table 7.4-3 Asphalt concrete preparation process quality assessment form.xlt │ │ │ Table 7.4-3 Asphalt concrete preparation process quality assessment form filling instructions.doc │ │ │ Table 7.4-3 Asphalt concrete preparation process quality assessment form (example form).xls │ │ │ Table 7.4-4 Core wall asphalt concrete paving and rolling process quality assessment form.xlt │ │ │ Table 7.4-4 Instructions for filling out the quality assessment form for the paving and rolling process of core wall asphalt concrete.doc │ │ │ Table 7.4-4 Quality assessment form for the paving and rolling process of core asphalt concrete (example form).xls │ │ │ Table 7.5 Asphalt concrete panel leveling layer (including drainage layer) unit project quality assessment form.xlt │ │ │ Table 7.5 Asphalt concrete panel leveling layer (including drainage layer) unit project quality evaluation form filling instructions.doc │ │ │ Table 7.5 Asphalt concrete panel leveling layer (including drainage layer) unit project quality evaluation form (example form).xls │ │ │ Table 7.6 Asphalt concrete panel anti-seepage layer unit project quality evaluation form.xlt │ │ │ Table 7.6 Instructions for filling out the project quality evaluation form for the anti-seepage layer unit of the asphalt concrete panel.doc │ │ │ Table 7.6 The project quality evaluation form for the anti-seepage layer unit of the asphalt concrete panel (example table).xls │ │ │ Table 7.7 The project quality evaluation form for the sealing layer unit of the asphalt concrete panel. Asphalt concrete panel sealing layer unit engineering quality evaluation form (example form). .8 Asphalt concrete panel and rigid building connection unit project quality evaluation form (example table).xls │ │ │ Table 7.9 Gravel dam filling unit project quality evaluation form.xlt │ │ │ Table 7.9 Gravel dam filling unit project quality evaluation form filling instructions.doc │ │ │ Table 7.9 Gravel dam filling unit project quality evaluation form (example table).xls │ │ │ │ │ ├─Part 6 Power generation and electrical equipment installation project unit project quality evaluation form │ │ │ Table 5.1 20KV and below oil circuit breaker installation unit project quality evaluation form.xlt │ │ │ Table 5.1 Instructions for filling out the engineering quality assessment form for oil circuit breaker installation units of 20KV and below.doc │ │ │ Table 5.1 Engineering quality assessment form for oil circuit breaker installation units of 20KV and below (example form).xls │ │ │ Table 5.10 Engineering quality assessment form for cable line installation units of 35KV and below.xlt │ │ │ Table 5.10 Instructions for filling out the project quality assessment form for cable line installation units of 35KV and below.doc │ │ │ Table 5.10 Project quality assessment form for cable line installation units of 35KV and below (Example Table 1).xls │ │ │ Table 5.10 Project quality assessment form for cable line installation units of 35KV and below (Example Table 2).xls │ │ │ Table 5.11 Instructions for filling out the engineering quality evaluation form for hard busbar device installation units.doc │ │ │ Table 5.11 Engineering quality evaluation form for hard busbar device installation units (example table).xls │ │ │ Table 5.12 Electrical grounding device unit engineering quality evaluation form.xlt │ │ │ Table 5.12 Instructions for filling out the engineering quality assessment form for electrical grounding device units.doc │ │ │ Table 5.12 Engineering quality assessment form for electrical grounding device units (example form).xls │ │ │ Table 5.13 Engineering quality assessment form for protection network installation units.xlt │ │ │ Table 5.13 Instructions for filling out the engineering quality assessment form for protection network installation units.doc │ │ │ Table 5.13 Protection network installation unit project quality assessment form (example form). Control protection device installation unit project quality evaluation form (Example Table 1).xls │ │ │ Table 5.14 Control protection device installation unit project quality evaluation form (Example Table 2).xls │ │ │ Table 5.15 Lead-acid battery installation unit project quality evaluation form.xlt │ │ │ Table 5.15 Instructions for filling out the lead-acid battery installation unit engineering quality assessment form.doc │ │ │ Table 5.15 Lead-acid battery installation unit engineering quality assessment form (example form).xls │ │ │ Table 5.16 Crane electrical equipment installation unit engineering quality assessment form.xlt │ │ │ Table 5.16 Instructions for filling out the quality evaluation form for the installation unit of crane electrical equipment.doc │ │ │ Table 5.16 Quality evaluation form for the installation unit of crane electrical equipment (example form).xls │ │ │ Table 5.17 Quality evaluation form for the installation unit of electrical lighting device. Instructions for filling out the engineering quality assessment form for the installation unit of the electrical lighting device.doc │ │ │ Table 5.17 Engineering quality assessment form for the installation unit of the electrical lighting device (example form).xls │ │ │ Table 5.2 Instructions for filling out the engineering quality assessment form for the installation unit of the indoor isolating switch. │ │ │ Table 5.2 Indoor isolating switch installation unit project quality evaluation form (example table).xls │ │ │ Table 5.3 3~20KV load switch or high-voltage fuse installation unit project quality evaluation form. │ │ │ Table 5.3 3~20KV load switch or high-voltage fuse installation unit project quality evaluation form (Example Table 1). 20KV and below transformer installation unit project quality assessment form. 20KV and below transformer installation unit project quality evaluation form (Example Table 2). Table 5.5 20KV and below dry-type reactor installation unit engineering quality evaluation form (example form). Arrester installation unit project quality evaluation form (example table).xls │ │ │ Table 5.7 Fixed handcart-type high-voltage switchgear installation unit project quality evaluation form.xlt │ │ │ Table 5.7 Fixed handcart-type high-voltage switchgear installation unit project quality evaluation form filling instructions.doc │ │ │ Table 5.7 Fixed handcart type high-voltage switchgear installation unit engineering quality assessment form (example form).xls │ │ │ Table 5.8 Oil-immersed factory transformer installation unit engineering quality assessment form. Oil-immersed factory transformer installation unit engineering quality assessment form (example form).xls │ │ │ Table 5.9 Low-voltage switchboard and low-voltage electrical appliance installation unit engineering quality assessment form. Low-voltage switchboard and low-voltage electrical appliance installation unit project quality evaluation form (example table). Vertical impact turbine suction pipe lining installation unit engineering quality assessment form filling instructions.doc │ │ Table 3.1 Vertical impact turbine suction pipe lining installation unit engineering quality assessment form (example).xls │ │ Table 3.10 Vertical impact turbine accessory installation unit engineering quality assessment form.xlt │ │ Table 3.10 立式反击式水轮机附件安装单元工程质量评定表填表说明.doc │ │ 表3.10 立式反击式水轮机附件安装单元工程质量评定表（例表）.xls │ │ 表3.11 灯泡贯流式水轮机尾水管安装单元工程质量评定表.xlt │ │ 表3.11 灯泡贯流式水轮机尾水管安装单元工程质量评定表填表说明.doc │ │ 表3.11 灯泡贯流式水轮机尾水管安装单元工程质量评定表（例表）.xls │ │ 表3.12 灯泡贯流式水轮机座环安装单元工程质量评定表.xlt │ │ 表3.12 灯泡贯流式水轮机座环安装单元工程质量评定表填表说明.doc │ │ 表3.12 灯泡贯流式水轮机座环安装单元工程质量评定表（例表）.xls │ │ 表3.13 灯泡贯流式水轮机导水机构安装单元工程质量评定表.xlt │ │ 表3.13 灯泡贯流式水轮机导水机构安装单元工程质量评定表填表说明.doc │ │ 表3.13 灯泡贯流式水轮机导水机构安装单元工程质量评定表（例表）.xls │ │ 表3.14 灯泡贯流式水轮机轴承安装单元工程质量评定表.xlt │ │ 表3.14 灯泡贯流式水轮机轴承安装单元工程质量评定表填表说明.doc │ │ 表3.14 灯泡贯流式水轮机轴承安装单元工程质量评定表（例表）.xls │ │ 表3.15 灯泡贯流式水轮机主轴及转轮安装单元工程质量评定表.xlt │ │ 表3.15 灯泡贯流式水轮机主轴及转轮安装单元工程质量评定表填表说明.doc │ │ 表3.15 灯泡贯流式水轮机主轴及转轮安装单元工程质量评定表（例表）.xls │ │ 表3.16 冲击式水轮机机壳安装单元工程质量评定表.xlt │ │ 表3.16 冲击式水轮机机壳安装单元工程质量评定表填表说明.doc │ │ 表3.16 冲击式水轮机机壳安装单元工程质量评定表（例表）.xls │ │ 表3.17 冲击式水轮机喷嘴及接力器安装单元工程质量评定表.xlt │ │ 表3.17 冲击式水轮机喷嘴及接力器安装单元工程质量评定表填表说明.doc │ │ 表3.17 冲击式水轮机喷嘴及接力器安装单元工程质量评定表（例表）.xls │ │ 表3.18 冲击式水轮机转轮安装单元工程质量评定表.xlt │ │ 表3.18 冲击式水轮机转轮安装单元工程质量评定表填表说明.doc │ │ 表3.18 冲击式水轮机转轮安装单元工程质量评定表（例表）.xls │ │ 表3.19 冲击式水轮机控制机构安装单元工程质量评定表.xlt │ │ 表3.19 冲击式水轮机控制机构安装单元工程质量评定表填表说明.doc │ │ 表3.19 冲击式水轮机控制机构安装单元工程质量评定表（例表）.xls │ │ 表3.2 立式反击式水轮机基础环、座环安装单元工程质量评定表.xlt │ │ 表3.2 立式反击式水轮机基础环、座环安装单元工程质量评定表填表说明.doc │ │ 表3.2 立式反击式水轮机基础环、座环安装单元工程质量评定表（例表）.xls │ │ 表3.20 油压装置安装单元工程质量评定表.xlt │ │ 表3.20 油压装置安装单元工程质量评定表填表说明.doc │ │ 表3.20 油压装置安装单元工程质量评定表（例表）.xls │ │ 表3.21 调速器安装及调试单元工程质量评定表.xlt │ │ 表3.21 调速器安装及调试单元工程质量评定表填表说明.doc │ │ 表3.21 调速器安装及调试单元工程质量评定表（例表）.xls │ │ 表3.22 调速系统整体调试及模拟试验单元工程质量评定表.xlt │ │ 表3.22 调速系统整体调试及模拟试验单元工程质量评定表填表说明.doc │ │ 表3.22 调速系统整体调试及模拟试验单元工程质量评定表（例表）.xls │ │ 表3.23 立式水轮发电机上、下机架组装及安装单元工程质量评定表.xlt │ │ 表3.23 立式水轮发电机上、下机架组装及安装单元工程质量评定表填表说明.doc │ │ 表3.23 立式水轮发电机上、下机架组装及安装单元工程质量评定表（例表）.xls │ │ 表3.24 立式水轮发电机定子组装及安装单元工程质量评定表.xlt │ │ 表3.24 立式水轮发电机定子组装及安装单元工程质量评定表填表说明.doc │ │ 表3.24 立式水轮发电机定子组装及安装单元工程质量评定表（例表）.xls │ │ 表3.25 立式水轮发电机转子组装单元工程质量评定表.xlt │ │ 表3.25 立式水轮发电机转子组装单元工程质量评定表填表说明.doc │ │ 表3.25 立式水轮发电机转子组装单元工程质量评定表（例表）.xls │ │ 表3.26 立式水轮发电机制动器安装单元工程质量评定表.xlt │ │ 表3.26 立式水轮发电机制动器安装单元工程质量评定表填表说明.doc │ │ 表3.26 立式水轮发电机制动器安装单元工程质量评定表（例表）.xls │ │ 表3.27 立式水轮发电机转子安装单元工程质量评定表.xlt │ │ 表3.27 立式水轮发电机转子安装单元工程质量评定表填表说明.doc │ │ 表3.27 立式水轮发电机转子安装单元工程质量评定表（例表）.xls │ │ 表3.28 立式水轮发电机推力轴承及导轴承安装单元工程质量评定表.xlt │ │ 表3.28 立式水轮发电机推力轴承及导轴承安装单元工程质量评定表填表说明.doc │ │ 表3.28 立式水轮发电机推力轴承及导轴承安装单元工程质量评定表（例表）.xls │ │ 表3.29 立式水轮发电机组轴线调整单元工程质量评定表.xlt │ │ 表3.29 立式水轮发电机组轴线调整单元工程质量评定表填表说明.doc │ │ 表3.29 立式水轮发电机组轴线调整单元工程质量评定表（例表）.xls │ │ 表3.3 立式反击式水轮机蜗壳安装单元工程质量评定表.xlt │ │ 表3.3 立式反击式水轮机蜗壳安装单元工程质量评定表填表说明.doc │ │ 表3.3 立式反击式水轮机蜗壳安装单元工程质量评定表（例表）.xls │ │ 表3.30 立式水轮发电机励磁机及永磁机安装单元工程质量评定表.xlt │ │ 表3.30 立式水轮发电机励磁机及永磁机安装单元工程质量评定表填表说明.doc │ │ 表3.30 立式水轮发电机励磁机及永磁机安装单元工程质量评定表（例表）.xls │ │ 表3.31 水轮机发电机电气部分检查和试验单元工程质量评定表填表说明.doc │ │ 表3.31 水轮机发电机电气部分检查和试验单元工程质量评定表（例表）.xls │ │ 表3.32 卧式水轮发电机轴瓦及轴承安装单元工程质量评定表.xlt │ │ 表3.32 卧式水轮发电机轴瓦及轴承安装单元工程质量评定表填表说明.doc │ │ 表3.32 卧式水轮发电机轴瓦及轴承安装单元工程质量评定表（例表）.xls │ │ 表3.33 卧式水轮发电机转子及定子安装单元工程质量评定表.xlt │ │ 表3.33 卧式水轮发电机转子及定子安装单元工程质量评定表填表说明.doc │ │ 表3.33 卧式水轮发电机转子及定子安装单元工程质量评定表（例表）.xls │ │ 表3.34 灯泡式水轮发电机主要部件组装单元工程质量评定表.xlt │ │ 表3.34 灯泡式水轮发电机主要部件组装单元工程质量评定表填表说明.doc │ │ 表3.34 灯泡式水轮发电机主要部件组装单元工程质量评定表（例表）.xls │ │ 表3.35 灯泡式水轮发电机总体安装单元工程质量评定表.xlt │ │ 表3.35 灯泡式水轮发电机总体安装单元工程质量评定表填表说明.doc │ │ 表3.35 灯泡式水轮发电机总体安装单元工程质量评定表（例表）.xls │ │ 表3.36 蝴蝶阀安装单元工程质量评定表.xlt │ │ 表3.36 蝴蝶阀安装单元工程质量评定表填表说明.doc │ │ 表3.36 蝴蝶阀安装单元工程质量评定表（例表）.xls │ │ 表3.37 球阀安装单元工程质量评定表.xlt │ │ 表3.37 球阀安装单元工程质量评定表填表说明.doc │ │ 表3.37 球阀安装单元工程质量评定表（例表）.xls │ │ 表3.38 伸缩节安装单元工程质量评定表.xlt │ │ 表3.38 伸缩节安装单元工程质量评定表填表说明.doc │ │ 表3.38 伸缩节安装单元工程质量评定表（例表）.xls │ │ 表3.39 附件及操作机构安装单元工程质量评定表.xlt │ │ 表3.39 附件及操作机构安装单元工程质量评定表填表说明.doc │ │ 表3.39 附件及操作机构安装单元工程质量评定表（例表）.xls │ │ 表3.4 立式反击式水轮机机坑里衬及接力器基础安装单元工程质量评定表.xlt │ │ 表3.4 立式反击式水轮机机坑里衬及接力器基础安装单元工程质量评定表填表说明.doc │ │ 表3.4 立式反击式水轮机机坑里衬及接力器基础安装单元工程质量评定表（例表）.xls │ │ 表3.40 机组管路安装单元工程质量评定表.xlt │ │ 表3.40 机组管路安装单元工程质量评定表填表说明.doc │ │ 表3.40 机组管路安装单元工程质量评定表（例表）.xls │ │ 表3.40-1 机组管路管件制作质量评定表.xlt │ │ 表3.40-1 机组管路管件制作质量评定表填表说明.doc │ │ 表3.40-1 机组管路管件制作质量评定表（例表）.xls │ │ 表3.40-2 机组管路管道安装质量评定表.xlt │ │ 表3.40-2 机组管路管道安装质量评定表填表说明.doc │ │ 表3.40-2 机组管路管道安装质量评定表（例表）.xls │ │ 表3.40-3 管道焊接质量评定表.xlt │ │ 表3.40-3 管道焊接质量评定表填表说明.doc │ │ 表3.40-3 管道焊接质量评定表（例表）.xls │ │ 表3.40-4 管道试验评定表.xlt │ │ 表3.40-4 管道试验评定表填表说明.doc │ │ 表3.40-4 管道试验评定表（例表）.xls │ │ 表3.41 机组充水试验单元工程质量评定表.xlt │ │ 表3.41 机组充水试验单元工程质量评定表填表说明.doc │ │ 表3.41 机组充水试验单元工程质量评定表（例表）.xls │ │ 表3.42 机组空载试验单元工程质量评定表填表说明.doc │ │ 表3.42 机组空载试验单元工程质量评定表（例表）.xls │ │ 表3.43 机组并列及负荷试验单元工程质量评定表.xlt │ │ 表3.43 机组并列及负荷试验单元工程质量评定表填表说明.doc │ │ 表3.43 机组并列及负荷试验单元工程质量评定表（例表）.xls │ │ 表3.5 立式反击式水轮机转轮装配单元工程质量评定表.xlt │ │ 表3.5 立式反击式水轮机转轮装配单元工程质量评定表填表说明.doc │ │ 表3.5 立式反击式水轮机转轮装配单元工程质量评定表（例表）.xls │ │ 表3.6 立式反击式水轮机导水机构安装单元工程质量评定表.xlt │ │ 表3.6 立式反击式水轮机导水机构安装单元工程质量评定表填表说明.doc │ │ 表3.6 立式反击式水轮机导水机构安装单元工程质量评定表（例表）.xls │ │ 表3.7 立式反击式水轮机接力器安装单元工程质量评定表.xlt │ │ 表3.7 立式反击式水轮机接力器安装单元工程质量评定表填表说明.doc │ │ 表3.7 立式反击式水轮机接力器安装单元工程质量评定表（例表）.xls │ │ 表3.8 立式反击式水轮机转动部件安装单元工程质量评定表.xlt │ │ 表3.8 立式反击式水轮机转动部件安装单元工程质量评定表填表说明.doc │ │ 表3.8 立式反击式水轮机转动部件安装单元工程质量评定表（例表）.xls │ │ 表3.9 立式反击式水轮机水导轴承及主轴密封安装单元工程质量评定表.xlt │ │ 表3.9 立式反击式水轮机水导轴承及主轴密封安装单元工程质量评定表填表说明.doc │ │ 表3.9 立式反击式水轮机水导轴承及主轴密封安装单元工程质量评定表（例表）.xls │ │ │ └─水电站钢结构│ 开关站出线架定货表.xls │ 生产车间制造标准.dwg最新.dwg │ 生产车间制造标准.dwg最新.jpg │ 结算计算式.xls │ ├─9.3 水电书籍│ 2006年新编水利水电工程建设实用百科全书│ 2008中国水力发电论文集│ 中国现代科学全书水利工程水利水电工程(李仲奎2004) │ 中小型水利水电工程地质(第二版) │ 中小型水电站施工质量控制指南│ 中小型水电站模板工程│ 中小型水电站电气设计手册│ 中小型水电站金属结构及机电设备制安检测实用技术│ 低压水轮发电机组运行与维修桂家章主编2014年版│ 全国一级建造师执业资格考试用书(第2版) 水利水电工程管理与实务│ 全国一级建造师执业资格考试辅导(2009年版) 水利水电工程管理与实务复xl题集│ 全国二级建造师执业资格考试用书(第3版) 水利水电工程管理与实务│ 全国水电厂技术改造学 * Exchange Seminar Proceedings │ Renewable Energy Off-grid Power Generation Practical Technology Questions and Answers Series Small Hydropower 2010 Edition │ International Water Conservancy and Hydropower Contracting Project Management │ Underground Power Station Plant Design │ Foundation and Hydropower Materials 2014 │ Large Hydropower Generator Unit Stability Research Series Francis Turbine Hydraulic Stability Research Li Qizhang et al. 2014 Edition │ Small Water Conservancy and Hydropower Engineering Design Atlas Concrete Dam Part Volume│ Small Hydropower Station (Second Edition) - Factory Building│ Small Hydropower Station (Second Edition) - Hydraulic Construction│ Small Hydropower Station (College Textbook) │ Optimal Operation and Management of Small Hydropower Station│ Small Hydropower Station Mechanical and Electrical Design Manual Hydraulic Machinery │ Small Hydropower Station Mechanical and Electrical Design Manual Electrical Primary │ Small Hydropower Station Mechanical and Electrical Design Manual Metal Structure │ Design Guide for Electrical Parts of Small Hydropower Stations │ Comprehensive Economic Evaluation of Small Hydropower Stations │ Small Hydropower Station Operation and Maintenance Series Electrical Equipment Operation edited by Jiang Rongwu and Li Hua 2012 Edition │ Concise Manual of Small Hydropower Water Energy Design │ Xiaolangdi Water Conservancy Project Operation Management Power Generation Volume 2011 Edition │ Research on Mechanical Maintenance Technology of Giant Francis Turbine Generator Units edited by Li Zhixiang, Hu Dechang and Liu Lianwei 2018 Edition │ A Handbook for Construction Project Supervisors Series 07 A Handbook for Water Conservancy and Hydropower Project Supervisors │ How to read the new standard hydropower station electrical diagram │ Pumped storage power generation technology │ Design of water diversion buildings for pumped storage power stations and conventional hydropower stations │ A new practical manual for the preparation of tender documents for water conservancy and hydropower project construction │ A new practical manual for the preparation and standardized management of water conservancy and hydropower project completion documents │ The latest practical water and electricity installation manual │ The latest industry standards for survey, design and construction acceptance of water conservancy and hydropower projects, * * Standard and mandatory provisions │ The latest water conservancy and hydropower project contract text preparation and signing standard management and breach of contract liability handling practical manual │ The latest water conservancy and hydropower project construction quality acceptance standards and specifications * * Mandatory provisions │ The latest water conservancy and hydropower project quality control and common disease prevention implementation manual │ The latest water conservancy and hydropower project cost, valuation and bill of quantity preparation and bidding quotation practical manual │ The latest water conservancy and hydroelectric power unit installation project construction technology and technical standards practical manual │ The latest water conservancy and hydropower pile foundation engineering construction technology and technical standards practical manual │ The latest water conservancy and hydropower anti-seepage project construction technology and technical standards practical manual │ The latest implementation manual of bill of quantities pricing specifications for hydropower construction projects│ The latest practical manual on new technologies for the installation, operation and maintenance of hydropower generator sets and hydropower station-type water pumps│ The latest unified small hydropower training materials and essential job guides for operation and maintenance of hydropower generator sets and auxiliary equipment, second edition edited by Liu Menghua, Li Zhihong and Tang Lijian, 2014 edition│ Water conservancy and hydropower karst engineering geology│ Water conservancy and hydropower engineering CAD technology│ Graduation Project Guide for Water Conservancy and Hydropower Engineering │ Practical Manual on New Technologies for Water Conservancy and Hydropower Engineering Survey, Design and Construction │ Water Conservancy and Hydropower Engineering Geology Handbook │ Water Conservancy and Hydropower Engineering Geological Surveying and Mapping Procedures and Engineering Geological Survey, Testing and Monitoring Standards and Regulations Manual │ Water Conservancy and Hydropower Engineering Geology Paper Collection │ Water Conservancy and Hydropower Engineering Geological Drilling │ Water Conservancy and Hydropower Engineering Construction Safety Production Mandatory Standards and Site Construction Safety Operation Procedures Practical Book │ Introduction to Construction Supervision of Water Conservancy and Hydropower Projects│ Practical Manual for Water Conservancy and Hydropower Project Construction Engineers and Project Managers│ Practical Manual for Water Conservancy and Hydropower Project Construction: Embankment Engineering Construction│ Practical Manual for Water Conservancy and Hydropower Project Construction: Concrete Engineering Construction│ Practical Manual for Water Conservancy and Hydropower Project Construction: Metal Structure Fabrication and Installation Volume 1│ Practical Manual for Water Conservancy and Hydropower Project Construction: Metal Structure Fabrication and Installation Volume 2│ Practical Manual for Water Conservancy and Hydropower Project Construction: Steel Engineering Construction│ Water Conservancy and Hydropower Engineering Construction Manual Volume 1 Foundation and Foundation Engineering │ Water Conservancy and Hydropower Engineering Construction Manual Volume 2 Earthwork Engineering │ Water Conservancy and Hydropower Engineering Construction Manual Volume 3 Concrete Engineering │ Water Conservancy and Hydropower Engineering Construction Manual Volume 4 Metal Structure Fabrication and Mechanical and Electrical Installation Engineering │ Water Conservancy and Hydropower Engineering Construction Manual. Volume 5. Construction Diversion, Interception and Flood Control │ Water Conservancy and Hydropower Engineering Construction Technology (Second Edition) │ Water conservancy and hydropower project construction quality acceptance assessment form application manual │ Water conservancy and hydropower project construction compliance standards and quality acceptance specifications and form comparison quick reference manual │ Water conservancy and hydropower project standard construction bidding prequalification document (2009 edition) │ Water conservancy and hydropower project sedimentation tank design │ Water conservancy and hydropower project measurement │ Water conservancy and hydropower project measurement and construction setting-out in one book │ Water Conservancy and Hydropower Project Management and Practice │ Compilation and Analysis of Water Conservancy and Hydropower Engineering Management and Practice Exam Questions "Water Conservancy and Hydropower Project Management and Practice Exam Questions Collection and Analysis" compiled by the Editorial Board 2015 Edition │ Water Conservancy and Hydropower Engineering Design (Gu Hui 2003) │ Complete book on new technologies in water conservancy and hydropower engineering design and construction │ Water Conservancy and Hydropower Engineering Design Flood Calculation Manual │ Water Conservancy and Hydropower Project Quality Control Points │ A complete book on quality monitoring and prevention of common problems in water conservancy and hydropower projects │ Practical manual on construction techniques and technical standards for anti-seepage engineering in water conservancy and hydropower projects │ Construction diversion in water conservancy and hydropower construction │ Standard procedures manual for new water conservancy and hydropower technologies │ Water conservancy and hydropower construction engineer's manual │ Water conservancy and hydropower hub construction technology │ Water conservancy and hydropower 100 forums │ Hydraulic unit condition monitoring and fault diagnosis edited by Zheng Yuan, 2016 edition │ Hydraulic Design Manual Volume 7 Hydropower Station Buildings │ Hydropower Plant Position Module Training Textbook Hydropower Generator Unit Duty Officer Volume 2 Northeast Power Grid Co., Ltd. 2013 Edition │ Hydropower Plant Maintenance Technology Series Hydropower Generator Unit Maintenance Edited by Zhang Cheng and Chen Guoqing 2012 Edition │ Theory and practice of EPC general contracting project management of hydropower projects 2011 edition │ Temperature crack control and case analysis of mass concrete in hydropower projects 2013 │ Safety monitoring and management of hydropower projects │ Sample text of bidding and contract documents for hydropower project construction (volume 1 and 2) │ Theory and practice of several technical issues in hydropower projects │ Basics of hydropower project design │ Regulations on calculation of quantity for hydropower project design 2010 edition │ Implementation Rules for Technical Supervision of Hydropower New Energy Power Generation Enterprises (Trial) Editor-in-Chief of China Huadian Group Corporation 2015 Edition │ Dynamic Alarm and Fault Diagnosis of Hydropower Unit Operating Characteristics │ Hydropower Technology Frontier Research Series Hydropower Unit System Modeling, Parameter Identification and Speed Regulation and Excitation Control Methods Zhou Jianzhong, Li Chaoshun 2016 Edition │ Hydropower Station Han Juhong │ Hydropower Station (Third Edition) Liu Qizhao │ Hydropower Station (Third Edition) Zhang Hongchu │ Hydropower Station - Kuang Huijian 2005 │ Hydropower Station Power Equipment 265 │ Hydropower Station Power Equipment │ Computer-aided design of hydropower station power equipment │ Hydropower Station Factory Building Design - edited by Gu Pengfei and Yu Yuanguang │ Hydropower Station Pressure Pipes, Branch Pipes, and Volutes │ Hydropower Station Water Diversion Building Volume Diversion Tunnel and Pressure Chamber│ Hydropower Station Microcomputer Monitoring and Protection│ Hydropower Station Electromechanical Equipment Operation and Maintenance Technical Questions and Answers│ Hydropower Station Electromechanical Design Manual Common Materials 300│ Hydropower Station Electromechanical Design Manual Common Materials│ Hydropower Station Electromechanical Design Manual Hydraulic Machinery Part 1 400│ Hydropower Station Electromechanical Design Manual Hydraulic Machinery│ Hydropower Station Mechanical and Electrical Design Manual Electrical Primary │ Hydropower Station Mechanical and Electrical Design Manual Electrical Secondary │ Hydropower Station Mechanical and Electrical Design Manual Heating Ventilation and Air Conditioning │ Hydropower Station Mechanical and Electrical Design Manual Metal Structure (1) 615 │ Hydropower Station Mechanical and Electrical Design Manual Metal Structure (1) │ Hydropower Station Mechanical and Electrical Design Manual Metal Structure (2) 677 │ Hydropower Station Mechanical and Electrical Design Manual Metal Structure (2) │ Hydropower Station Mechanical and Electrical Design Manual - Hydraulic Machinery Part 2 323 │ Hydropower Station Unit Control Computer Simulation │ Hydropower Station Unit Equipment and Operation │ Introduction to Hydropower Station (Second Edition) │ Hydropower Station Reservoir Scheduling and Operation Management │ Hydropower Station Reservoir Stochastic Optimization Method │ Hydropower Station Testing Technology │ Hydropower Station Electrical Secondary Part │ Hydropower Station Electrical Part Computer Aided Design │ Economic operation of hydropower stations │ Relay protection of hydropower stations │ Computer control of hydropower stations │ Computer monitoring technology and applications of hydropower stations │ Water inlet design of hydropower stations │ Maintenance of hydropower automatic devices │ Mechanical maintenance of hydraulic generators (11-040) Occupational Standards·Test Bank Electric Power Engineering Hydropower Machinery Operation and Maintenance Professional Power Industry Occupational Skills Appraisal Guidance Center Compiled by China Electric Power Press 2002_11199173 Image PDG │ Hydro-generator set attendant second edition 2011 edition │ Hydro-generator set attendant technical training series Electrical primary equipment and operation edited by Yang Chuanwen, Wu Kexu, Yao Li 2012 edition │ Hydro-turbine generator set vibration edited by Dong Yuxin 1989 edition │ Hydro-turbine generator set vibration and analysis 2011 edition │ Identification and Vibration Research of Hydraulic Generator Unit Shaft System Model by Bai Bing, 2017 edition│ Chinese-English Dictionary of Water Conservancy and Hydropower Technology│ Operation and Maintenance of Bulb Tubular Hydropower Generator Unit, 2018 Edition by Wuling Electric Power Co., Ltd.│ Extra Large Bulb Tubular Hydropower Station Engineering Practice 2011 Edition│ Modern Water Conservancy and Hydropower Engineering Blasting│ Modern water conservancy and hydropower project blasting new technology and on-site safety management and mandatory standards and practices complete book │ Current water conservancy and hydropower project new specifications (2002-2003) annual implementation manual │ Current water conservancy and hydropower project construction and acceptance specifications implementation manual │ Current water conservancy and hydropower project specifications practical book │ Gezhouba Hydropower Station hydroelectric generator unit transformation and capacity increase technology Zhang Cheng 2017 edition │ Selected Papers on Western Water Conservancy and Hydropower Development and Karst Hydrogeology (2004) │ Tubular Hydropower Stations │ Flood Control Engineering Wuhan University of Hydropower │ Technical Progress Papers on Concrete Face Rockfill Dams in Alpine Areas 2013 │ Higher School Textbooks Hydropower Stations │ Higher School Textbooks Hydropower Station Electrical Part (Second Edition) │ Water conservancy and hydropower professional planning textbook for higher vocational colleges Hydrogenerator set auxiliary equipment 2009 edition edited by Zheng Delong │ Yellow River Hydropower Aluminum Joint Project Construction Proceedings compiled by Huanghe Xinye Co., Ltd. 2012 edition │ ├─9.3 Hydropower Paper │ Application of 100 t-level upward prestressed anchor cables in the tunnel project of Jishixia Hydropower Station │ 35kV rural hydropower transmission line design and application practice │ 400V low-voltage unit hydropower station completely unmanned remote automation system │ 798 hydropower station diversion channel right landslide stability analysis and evaluation │ 8000m3/d mine water and electricity adsorption treatment engineering application │ Discussion on the application of AIM software in the three-dimensional design of water conservancy and hydropower projects │ Autodesk The application of Revit in the design of the crane beam family of the hydropower station plant │ The application of the BMC multi-point displacement meter in the spillway tunnel of the Jishixia Hydropower Station │ The application research of the BOT project concession period decision-making model in a hydropower station in Laos │ The application research of C25 low-strength self-compacting concrete in the hydropower station project │ Analysis of greenhouse gas emission reduction benefits of CDM grid-connected small hydropower projects │ Application of CSG damming technology in the construction of the downstream cofferdam of the Mamaya I Hydropower Station│ Application of EH4 in detecting the deep overburden at a hydropower station dam site in Tibet│ Brief analysis of hydropower construction management under the EPC general contracting mode│ FLAC 3D stability analysis of the slope in the Huangjiaoshu Hydropower Station project area│ Research on the application of GC in the three-dimensional parametric modeling design of the hydropower station volute│ GD Hydropower Station Electrical Equipment Layout │ Application of GIS technology in soil erosion investigation of hydropower station projects │ Application of GIS intelligent control cabinet in hydropower stations │ Application of GPS global satellite positioning system in engineering survey of Beilei Hydropower Station in Congjiang County │ Application of GPS in the construction control network of Kunjiang 2 Hydropower Project in Vietnam │ Application of GPS technology in control measurement of the reservoir area of Manman Hydropower Station │ Application of GPS monitoring technology in the construction of the dam of Nuozhadu Hydropower Station │ Design and optimization of HDBT hydropower station power generation water diversion system │ Application of HF impact-resistant and wear-resistant concrete in ceiling hydropower station engineering │ Design and development of HM9000ES hydropower unit fault diagnosis expert system │ Discussion on the design of pressure regulating shaft of J2 Hydropower Station │ Hydraulic model test optimization of spillway of KST Hydropower Station │ Lomaum Hydropower Dam Bridge Deck Beam and Slab System Formwork Support Rigid Frame Structure Design │ Application of Memetic Algorithm in Hydropower Station Load Optimization Distribution │ Brief Analysis of Naltar-V Hydropower Station Adjustment Guarantee Calculation │ Nam Ngum 5 Hydropower Station Booster Station and Gate Well Left Side Slope Shear Failure Analysis │ Nam Ngum 5 Hydropower Station Project Construction Diversion Design │ Feasibility Discussion on the Application of NGA Attenuation Relationship in the Seismic Design of Major Hydropower Projects │ The application of NMGCOSR in water conservancy and hydropower surveying and mapping │ The application of P3 software in the preparation of plans for the bidding stage of hydropower projects │ The application of PCCP pipes in the water diversion project of Daheyanhe Hydropower Station │ The application research of Power InRoads in the road design of water conservancy and hydropower projects │ The RVA method to evaluate the impact of hydropower stations in the Mengjiang River Basin on the river hydrological situation │ The development and production practice of S-135 (00Cr13Ni5Mo) hydropower steel in Lingang │ Application of Sap2000 in tunnel design of Khanhua Hydropower Station in Pakistan │ Application of SCS G2004 in calculation of earthwork quantities of Three Gorges Hydropower Station │ Application of Simplorer software in hydropower and wind energy complementary systems │ Research on the application of SM plant glue in geological drilling of Dobu Hydropower Station │ Application of TOFD technology in volute detection of Xiangjiaba Hydropower Station │ Application of TOFD technology in volute weld quality detection of Pugou Hydropower Station │ Application of TPY class current transformer in Banduo Hydropower Station │ Application of Vpstudio in water conservancy and hydropower construction drawings │ Architectural design of main and auxiliary workshops of ZONGOⅡ Hydropower Station Project │ Design of water fire protection system of ZONGOⅡ Hydropower Station │ "IEA system" in * * Application in grounding network renovation of Taipingjiang Level 1 Hydropower Station │ “Belt and Road” energy cooperation: Opportunities and challenges of small hydropower│ Exploration and practice of "one river, two systems" mixed ownership economy in hydropower development in the middle reaches of the Jinsha River│ Discussion on the direction of "Internet+" smart management of rural hydropower Promoting research on paper book reading under the trend of "micro-reading" - taking Zhejiang Water Conservancy and Hydropower College as an example │ Application of the "dragon head" scheme in clearing blockages at the entrance of a diversion tunnel of a hydropower station │ Application of a linear regression model in predicting annual power supply in hydropower self-supply areas │ A new leakage and drainage control method for hydropower stations │ Analysis of an accident caused by a small hydropower demagnetization protection action │ Experience in the design of SF6 fully enclosed combined electrical appliances in Wanjiakouzi Hydropower Station │ Design of the sand washout accident gate of Wanjiakouzi Hydropower Station │ Mining plan of stone quarry of Wanjiakouzi Hydropower Station │ Insulation breakdown treatment and cause analysis of 220kV dry cable of Wanjiazhai Hydropower Station │ Renovation design of additional generator circuit breaker for unit 4-# of Wanjiazhai Hydropower Station │ Cavitation contact grouting treatment of tailwater cone tube of Wanjiazhai Hydropower Station │ Troubleshooting and cause analysis of the shaft-sliding rotor on the upper end of the hydroelectric generator of the Wanjiazhai Hydropower Station. Analysis of the overflow and necessity of modification of the stator core of the hydroelectric generator of the Wanjiazhai Hydropower Station. On-site test analysis of the heat dissipation of the electromechanical equipment of the three hydropower stations. Comparison of the structural design of the ship lift chamber of the Three Gorges Project and the Xiangjiaba Hydropower Station and analysis of quality control difficulties. Project risk analysis of the decision-making stage of the Baiyangping Hydropower Station in the Three Gorges Reservoir Area. A review of the installation technology of metal structure embedded parts in the second phase of the spillway dam section of the Three Gorges Hydropower Station │ Research on the design and application of the generator circuit breaker of the Three Gorges Hydropower Station │ A brief description of the supervision and management work in the final stage of the Three Gorges Hydropower Station project │ Arrangement and construction of the concrete production system on the left bank of the Three Gorges Hydropower Station │ Analysis of the peak load regulation application of the Three Gorges Hydropower Station │ Application of the three-standard management system in the water conservancy and hydropower industry │ Design of underground forebay of Sanhekou Hydropower Station │ Computer monitoring system scheme of Sanshengong Hydropower Station │ Application of 3D CAD technology in water conservancy and hydropower engineering design │ Application of 3D geological modeling in the stability analysis of surrounding rock in the underground caverns of Yabiluo Hydropower Station │ Application of 3D finite element software in the design of pressure steel manifolds of Dubohua Hydropower Station in Pakistan │ Application of three-dimensional laser scanning technology in the Laxiwa Hydropower Station project│ Research on the application of three-dimensional laser scanning technology in large-scale hydropower topographic survey│ Application of three-dimensional design in Longkai Hydropower Station│ Application of three-axis deep mixing cement pile vertical anti-seepage wall in hydropower station project│ Overall layout design of Sandaowan Hydropower Station hub│ Stress analysis of steel manifolds and lining structures of Sandaowan Hydropower Station│ Research on optimal power generation dispatching of Sanliping Hydropower Station│ Magnetization test of generator stator core of Sanliping Hydropower Station│ Design of bulb tubular unit workshop of Sanjianfang Hydropower Station│ Renovation of turbine generator unit of Shangbiao Hydropower Station│ Research on the impact of upstream hydropower projects on flood forecast of Maolgai Hydropower Station│ Overall model test of Shangmati Hydropower Station│ Summary of start-up and trial operation of Unit 1 of Xiabandi Hydropower Station│ Measures to deal with concrete surface defects in the factory building of Xiabandi Hydropower Station │ Observation and design of prototype RCC arch dam of Xiaqiao Hydropower Station │ Research on owner claims management of large-scale water conservancy and hydropower projects under asymmetric information │ Exploration and practice of safety management of professional hydropower maintenance companies │ Upgrading and renovation of hydroelectric generator units in hydropower stations around the world │ Optimization and structural design of arch dam of Dongkengling Hydropower Station │ Selection of main parameters of turbines in Dongchuan Hydropower Station │ Research and assessment of landslide stability of Dongchuan Hydropower Station │ Problems and solutions during the unit installation of Dongwushi Hydropower Station efficiency expansion and reconstruction project │ Engineering design of Dongshuixia Hydropower Station │ Metal structure design of Dongshuixia Hydropower Station │ Design optimization of the open line section at the exit of the 3^# tunnel of Lianghekou Hydropower Station to be converted into a tunnel line │ Construction technology of prestressed T-shaped beams of Yizha Bridge at Lianghekou Hydropower Station │ HF concrete construction of the initial diversion tunnel floor of Lianghekou Hydropower Station │ Forecast analysis and countermeasures of construction difficulties of Lianghekou Hydropower Station │ Curtain grouting test of Qingdahe Retaining Dam of Lianghekou Hydropower Station │ Dam filling and rolling compaction test of Qingdahe Retaining Dam of Lianghekou Hydropower Station │ Gravel mixing test of core wall anti-seepage material of Lianghekou Hydropower Station │ Seismic response of high earth-rock dam of Lianghekou Hydropower Station Seismic simulation shaking table model test study │ Research on the joint regulation operation mode of two-stage series hydropower stations │ Analysis of the decoupling of China's rural hydropower and economic development │ Clean development mechanism of China's small hydropower │ China's hydropower development planning goals and safeguard measures │ Analysis of greenhouse gas emission reduction effects of China's hydropower │ Experimental study on the shape of the surface hole flood discharge and energy dissipation building of Zhongbazi Hydropower Station │ Application of neutron non-destructive testing method in the volute void detection of Luding Hydropower Station │ Feasible measures for saving electricity in small and medium-sized hydropower plants │ Several thoughts on the calculation of short-circuit current of three-phase AC systems in small and medium-sized hydropower stations │ Analysis of temperature control risks of large-volume concrete in small and medium-sized hydropower stations │ Application of completely unattended automation systems in small and medium-sized hydropower stations in Zhaojiaya Hydropower Station │ Research on completely unattended automation systems in small and medium-sized hydropower stations │ Discussion of completely unattended auxiliary systems in small and medium-sized hydropower stations │ Analysis of the impact of hydrology and kinetic energy design of small and medium-sized hydropower stations on power generation │ Research on turbine efficiency and capacity expansion of small and medium-sized hydropower stations │ Development direction of automation of small and medium-sized hydropower stations │ Calculation of lining reinforcement for non-circular pressurized tunnels of small and medium-sized hydropower stations │ Comprehensive strategies for small and medium-sized hydropower units to cope with the assessment of primary frequency regulation and power generation plans of the power grid │ Quantitative evaluation method for the effectiveness of equivalent models of small and medium-sized hydropower stations │ The application of hollow grouting soil anchor support in the reinforcement and treatment of high slopes of Xiluodu Hydropower Station│ Investigation into the current status of small hydropower technical transformation projects in Fengning County│ Analysis of the stability of the left bank slope of the dam site of the comprehensive management (reconstruction) project of Manman Hydropower Station│ Analysis of the concrete quality of the dam body of Manman Hydropower Station│ Design analysis of soil and water conservation engineering measures of Manman Hydropower Station│ Analysis of the environmental impact of the treatment project of Manman Hydropower Station│ Research on the aquatic ecological environment protection of the Manman Hydropower Station management project │ Thoughts on the coordinated development of the operation and management of the Manman Hydropower Station and the surrounding environmentally sensitive areas │ Optimization and design of the monitoring reference network for the dam area of the Manman Hydropower Station reconstruction project │ Design of the water and soil conservation plan for the Manman Hydropower Station reconstruction project │ Research and innovation on key technologies for the environmental assessment work of the Manman Hydropower Station reconstruction project │ Efficiency test analysis of the units of the Fengtan Hydropower Station │ Investigation and development exploration of the current situation of the small hydropower industry in Lin'an City │ Analysis of the influence of the river bank slope upstream of the Danba Hydropower Station on the hydraulic parameters of the intercepting gate│ Analysis of the surrounding rock rheology during the excavation period of the diversion tunnel of the Danba Hydropower Station│ The impact of the covering layer treatment of the Danba Hydropower Station on the settlement of the gate floor│ The "immigration first and then construction" work plan of the Wudongde Hydropower Station│ Technological transformation of the Xiabaitan sand and gravel processing system of the Wudongde Hydropower Station│ Synchronization and positioning control technology of the two-way gantry crane of the Wudongde Hydropower Station│ Analysis of the key points of the physical index survey in the feasibility study phase of the Wudongde Hydropower Station│ Production test of the deep hole full hole non-segmented consolidation grouting of the right bank diversion tunnel of the Wudongde Hydropower Station│ Excavation and support construction technology of the unfavorable geological tunnel section of the diversion tunnel of the Wudongde Hydropower Station│ Review of the high slope stability of the spillway of the Wujiang Dongfeng Hydropower Station│ Analysis on turbine selection of Wujiang Shatuo Hydropower Station│ Temperature control and crack prevention of concrete construction in Wujiang Yinpan Hydropower Station workshop│ Installation supervision and quality control of axial flow paddle turbine generator set of Wujiang Yinpan Hydropower Station│ Analysis of efficiency improvement modification of turbines of Wujintang Hydropower Station│ Countermeasures for dealing with water leakage in expansion joints of Wujinxia Hydropower Station│ Temperature simulation calculation and prototype monitoring of the concrete construction period of the powerhouse of Wujinxia Hydropower Station│ Analysis of initial operation problems of the light bulb tubular unit of Wujinxia Hydropower Station│ Operation characteristics and test of the heavy hammer shutdown device of Wujinxia Hydropower Station│ Design and implementation of automatic water regime monitoring and reporting system in a watershed with insufficient data - taking the Nanou River Cascade Hydropower Project as an example│ Analysis of dam deformation monitoring data during the safety appraisal of Letan Hydropower Station│ Efficiency enhancement and capacity expansion renovation of Jiugong Cascade Hydropower Station│ Pressure reduction renovation of turbine generator of Jiugong Cascade Hydropower Station│ Introduction to Jiugong Cascade Hydropower Station dispatching system│ Optimal design of diversion tunnel of Jiutiaoling Hydropower Station│ Design of pressure regulating room of Jiutiaoling Hydropower Station│ Installation and testing of 363kV GIS equipment of Jiudianxia Hydropower Station│ Computer monitoring system of Jiudianxia Hydropower Station│ Tunnel excavation and initial support under the geological conditions of the ancient river bed of Xiangcheng Hydropower Station│ Research on the application of fault tree analysis method in ecological risk assessment of water conservancy and hydropower project construction│ Development plan selection and policy treatment of Ercun Hydropower Station│ Research on the cooperation relationship between low excitation limit and loss of excitation protection of Ertan Hydropower Station│ Analysis and treatment of generator thrust/downconducting cooler failure of Ertan Hydropower Station│ Analysis of generator transverse difference protection configuration and fixed value setting of Ertan Hydropower Station │ Installation and debugging technology of electromechanical equipment of Ertan Hydropower Station │ Research on anti-scouring and repairing of cushion ponds of Ertan Hydropower Station │ Application of second-class leveling in Heihe Baoping Hydropower Station │ Yunnan’s rural hydropower has made outstanding achievements and has a long way to go │ Design of slope support and reinforcement behind the factory building of Yunnan Longdi Hydropower Station │ The role of testing in the construction of the arch box girder of the Yunnan Toba Hydropower Station bridge│ Stability analysis of surrounding rock in an underground cavern of a hydropower station in Yunnan│ Risk analysis of hydropower investment in Yunnan│ Comprehensive termite control in the soil yard of the Miaowei Hydropower Project in Lancang River, Yunnan│ Design and implementation of the short-term optimal dispatching system for the cross-basin hydropower station group of the Yunnan power grid│ Experimental study on the main rockfill material rolling of the SNJ Hydropower Station face rockfill dam in Yunnan Province│ Investigation and study on termite species in the soil yard of Miaowei Hydropower Project in Yunnan Province │ Analysis of the economic benefits of the Huangjiaoshu Hydropower Station project in Yunnan Province │ Research on the correlation between the deformation modulus of the dam foundation rock mass and wave speed of the Shimenkan Hydropower Station in Yunnan Province │ Practice in the assessment and acceptance technology of soil and water conservation facilities at the Honghe Nansha Hydropower Station in Yunnan Province │ Analysis and treatment of the causes of dam leakage at the Longma Hydropower Station in Yunnan Province │ Experimental study on vibration of Yunfeng Hydropower Station dam foundation excavation and blasting │ Technical transformation of the bearing cooling system of Jingnan Hydropower Station to reduce oil temperature │ Looking at the century-old development of my country's hydropower from the international hydropower development situation │ Looking at the role of third-party quality inspection agencies from the current situation of my country's hydropower equipment quality │ A preliminary study on optimizing the design of the hydropower station waste dump from the perspective of water and soil conservation │ Talking about the creep of the deep cover layer from the continuous development of the Gengda Hydropower Station gate dam │ Technical transformation of the generator excitation system of the Xianrenyan Hydropower Station│ Taking hydropower development as the lead to accelerate the development of low-carbon economy in our province│ Taking the construction of Pupugou Hydropower Station as the leader to achieve sustainable development of hydropower construction in the Dadu River Basin│ Improved calculation method of small hydropower water energy mainly for irrigation│ Analysis and discussion of complete sets of electromechanical equipment for hydropower stations with the design institute as the core│ Promoting the restoration of terrestrial ecosystems in the hot dry valleys of the Jinsha River Basin through hydropower development in the main stream of the Jinsha River │ Application of inverted arch slip form in the C3 standard project of Jinping II Hydropower Station │ Design of the accident gate of the bottom hole spillway tunnel of Iran's CHAMSHIR Hydropower Station │ Optimization analysis of the technical plan of Iran's Morashadra Hydropower Station │ Research on the installation method of composite bend pipes of Iran's Rudbalorestan Hydropower Station │ Causes and prevention measures of rock bursts in diversion tunnels of hydropower projects in the upper reaches of the Yijiang River │ Prioritizing work priorities and suggestions for hydropower development │ Exploration to increase the power generation of small hydropower on bank walls under optimized gate scheduling conditions │ A method to estimate the impact of hydropower projects on ecosystem productivity │ Application of low-voltage unit integrated control panels in rural hydropower │ Research on safety automation technology of low-voltage units in hydropower stations │ Unit selection and design of low-head small hydropower stations │ Selection of rated water heads of low-head hydropower stations │ Strategic research on China’s hydropower development from the perspective of low-carbon development │ Current status and suggestions of hydropower development in Yunnan under the background of low-carbon economy │ Cause analysis and solutions to quality problems in water and electricity installation in residential buildings │ Promoting emergency rescue“ * * Strengthening the operation and management of the hydropower team through the construction of "team" │ Treatment measures and stability analysis of the collapse area of the pressure well wall of the Egongbao Hydropower Station │ Analysis of the stress field of a toppling deformation body of the Omi Hydropower Station │ Historical lessons from the major safety accidents at the Sayang-Shushensk Hydropower Station in Russia │ Practice and reflections on the efficiency and capacity expansion of rural hydropower in Baoding City │ Research and implementation ideas for the application of information technology in local hydropower management in Guangxi│ The application of information technology in the progress control of hydropower and water conservancy exploration projects │ Design of hydraulic machinery of Luoma Hydropower Station │ Analysis of shaft breakage accidents of Pianyan Hydropower Station │ Design and optimization of lining structure of diversion tunnel of Pianqiao Hydropower Station │ Design of the first hub of Pianqiao Hydropower Station │ Carry out small hydropower value-added tax reform to promote the development of rural electricity supply and consumption │ Some thoughts on good project cost management of hydropower construction enterprises │ Rapid and economical construction technology for the 200m high dam of Guangzhao Hydropower Station │ Discussion on the foundation treatment design of the dam of Guangzhao Hydropower Station │ Treatment of concrete cracks in the dam of Guangzhao Hydropower Station │ Quality supervision of roller compacted concrete dam of Guangzhao Hydropower Station │ Application of optical wireless broadband access technology in hydropower automation control │ Hub layout of Kiziltas Hydropower Station │ Design of air cushion pressure regulating chamber of Ketunnam Hydropower Station │ Design of concrete arch dam of Kelin Hydropower Station │ Vibration analysis of the roof of the unit of Dangshang Level 3 Hydropower Station │ The national rural hydropower efficiency enhancement and capacity expansion pilot project has achieved remarkable results │ Analysis of the geological collapse treatment plan for the diversion tunnel of Jijiaba Hydropower Station │ Application of year-round joint grouting technology in Laxiwa Hydropower Project │ Application of fully digital image monitoring system in Xiangjiaba Hydropower Station │ Application of the whole-process investment control theory in Kushtayi Hydropower Station│ Thin-walled concrete construction technology of the cyclonic spillway tunnel on the right bank of the Gongboxia Hydropower Station│ Concrete construction of the anti-seepage panel test block on the right bank of the Gongboxia Hydropower Station│ Construction technology of the diversion tunnel support of the Gongboxia Hydropower Station│ Stability analysis of the installation foundation of the elevated gantry installation of the water inlet of the left bank spillway tunnel of the Gongboxia Hydropower Station│ Comparative analysis of prototype observation and inversion model test of the cavitation characteristics of the cyclonic spillway tunnel of Gongboxia Hydropower Station │ Thin-walled concrete construction of the horizontal cyclonic spillway tunnel of Gongboxia Hydropower Station │ Analysis of the causes of abnormal monitoring values of horizontal displacement of the foundation of the water inlet dam section of Gongboxia Hydropower Station │ Analysis of the causes of panel cracks in the water level fluctuation area of the face rockfill dam of Gongboxia Hydropower Station │ Renovation of the hydroelectric generator unit of Lanxiqiao Hydropower Station │ About the impact of the construction of run-of-river hydropower stations on the TSKEG River on the hydrological situation │ Several suggestions on the construction of new rural electrification counties for hydropower and the construction of rural hydropower supporting power grid reconstruction projects during the "Twelfth Five-Year Plan" period │ Some thoughts on the design scheme of electromechanical equipment for rural hydropower efficiency expansion and capacity expansion projects │ Discussions on Jilin hydropower distribution network automation │ About the structural design technology and effects of generators of Tiangongtang Hydropower Station │ Thoughts on the post-environmental impact assessment of hydropower cascade development in my country │ Discussion on grouting construction technology in the construction of water conservancy and hydropower projects │ Discussion on water section measurement of water conservancy and hydropower projects │ Discussion on temporary transition issues of land acquisition for hydropower project construction │ Discussion on several issues in determining the liquefaction of saturated sand soil in hydropower projects │ Discussion on the implementation of the agency construction system for hydropower construction immigration projects │ Discussion on the application of cushioning measures for protection projects in the reservoir area of hydropower stations and related issues - taking the Niyang River Duobu Hydropower Station protection project as an example │ On the construction cost management of oilfield hydropower projects │ Discussion on the configuration scheme of excitation transformer protection for extra-large hydropower stations │ Some thoughts on determining the development plan of small hydropower stations - taking the Keriya River Layi Cascade Power Station as an example │ Guanshan Hydropower Station Efficiency Enhancement and Capacity Enhancement Renovation │ Application of data flow mining method classified by association rules in fault diagnosis of hydropower units │ Design and layout of metal structure of Inner Mongolia Datang International Keshiketeng Dashimen Hydropower Station project │ Establishment and improvement of internal control in Jinsha River Middle Reaches Hydropower Development Company │ Re-analysis of investment benefit factors of marine hydropower tidal power stations - discussion of project site selection and energy increase and consumption reduction technical routes │ Another discussion of rock bursts in hydropower project construction │ Research on the current situation of rural small and medium-sized water conservancy and hydropower facilities │ Analysis and design of integrated automation system of rural small hydropower stations │ Fuzzy comprehensive evaluation of the safety of rural small hydropower earth-rock dams │ Long-term mechanism for rural hydropower to increase farmers’ income │ Research on rural hydropower generation dispatching │ Rural hydropower efficiency and capacity expansion construction has achieved initial results - taking Yanjingkou Reservoir Power Station as an example │ Discussion on the practice of rural hydropower efficiency and capacity expansion technology work │ Discussion on issues related to efficiency enhancement and capacity expansion of rural hydropower│ A brief discussion on the scale design of efficiency enhancement and capacity expansion of rural hydropower│ Preliminary design and implementation of pilot design work for efficiency enhancement and capacity expansion of rural hydropower│ Analysis of applicable technical standards related to efficiency enhancement and capacity expansion of rural hydropower│ Existing issues and countermeasures in rural hydropower safety supervision - taking rural Kaihua County in western Zhejiang as an example│ Impact of rural hydropower development on river ecosystems and countermeasures│ Research on performance evaluation methods of rural hydropower renovation projects│ Rural hydropower ecological dispatch model and simulation research│ Discussion on energy efficiency analysis of rural hydropower│ Research and development of remote fault diagnosis system for low-voltage generators of rural hydropower stations│ Transformation of excitation systems of rural hydropower stations│ Discussion of key technical issues in efficiency expansion and transformation of rural hydropower stations│ Improvement of standardization level of safety production in rural hydropower stations│ Practice and suggestions for safety production standardization review of rural hydropower stations│ Rural hydropower station safety risk assessment and assurance technology │ Research on the performance evaluation system of rural hydropower station renovation projects - based on improved chromatography analysis method │ Research and discussion on the minimum discharge flow of rural hydropower stations │ Remanufacturing of mechanical and electrical equipment of rural hydropower stations │ Calculation of the probability of accidents of hydraulic structures in rural hydropower stations │ Research on the comprehensive evaluation model of the operating status of hydraulic structures in rural hydropower stations │ Four links that cannot be ignored in the economic operation of rural hydropower stations │ Real-time monitoring of rural hydropower operation and development and application of information management system │ Rural hydropower (small hydropower) technical standards (1) │ Rural hydropower (small hydropower) technical standards (2) │ Opportunities and benefits faced by rural green hydropower development │ Calculation of the tailrace pipe structure of the Chonghur Hydropower Station plant │ Structural design of the roof outlet frame of the Chonghur Hydropower Station plant │ Design of the Chonghur Hydropower Station plant │ Experimental research on the flood release structure of Chonghur Hydropower Station │ Design of overflow surface hole of Chonghur Hydropower Station │ Design of roller compacted concrete gravity dam of Chonghur Hydropower Station │ Design and implementation of fish transportation system of Chonghur Hydropower Station │ Application of impact echo wave energy method in detection of hollow defects in steel pipes of a hydropower station │ Application of impact drilling in gate well guide construction of Nuozhadu Hydropower Station │ Comparison and selection of hub layout plans of Liangfengke Hydropower Station │ Analysis and technical transformation of main shaft seal leakage of Fenghuang Hydropower Station │ Generator design of Phoenix Valley Hydropower Station │ Analysis of turbine selection of Kailai Hydropower Station │ Discussion of daily optimal dispatch model of cascade hydropower stations under time-of-use electricity prices │ Excavation construction technology of guide tunnel and medicine chamber in the rock plug section of Liujiaxia Hydropower Station │ Construction technology of rock plug blasting model test of Liujiaxia Hydropower Station │ Construction technology of impact-resistant and wear-resistant concrete for the drainage tunnel of the Liujiaxia Hydropower Station│ Durability analysis of the concrete buildings of the Liujiaxia Hydropower Station│ Design research on additional maintenance gates for the spillway of the Liujiaxia Hydropower Station│ Safety inspection and appraisal of the working gates of the spillway of the Liujiaxia Hydropower Station│ Primary electrical design of the ZONGOⅡ Hydropower Station in the Democratic Republic of the Congo│ Environmental protection of the Imbru Hydropower Station in Congo│ Design and experimental study of earth-rock dam backfiltration of Imbrue Hydropower Station in Congo│ Design of metal structure of Imbrue Hydropower Station in Congo│ Selection of dam site scheme for ZONGO II hydropower station project in Congo (DRC)│ Numerical calculation of hydraulic transition process of ZONGO II hydropower station project in Congo (DRC)│ Hydraulic calculation of diversion during construction of Busuanga Hydropower Project in Congo (DRC)│ Discussion on innovative resettlement methods for Nujiang hydropower development│ Main engineering geological issues and countermeasures of Gongguoqiao Hydropower Station │ Design of earth-rock cofferdam of Gongguoqiao Hydropower Station │ Planning of concentrated resettlement sites for immigrants in the reservoir area of Gongguoqiao Hydropower Station │ Layout of construction channels for water diversion and power generation system of Gongguoqiao Hydropower Station │ Design of fire protection system for electromechanical equipment of Gongguoqiao Hydropower Station │ Comparison and selection of unit models of Gongguoqiao Hydropower Station │ Design of flood discharge and energy dissipation buildings of Gongguoqiao Hydropower Station │ Design of roller compacted concrete gravity dam of Gongguoqiao Hydropower Station │ Increase the efficiency expansion and transformation of small hydropower to promote the construction of ecological civilization in Guangxi │ Strengthen the standardized management of small hydropower to improve water resource efficiency │ A brief discussion on strengthening the quality management of water conservancy and hydropower projects │ An important way to strengthen the comprehensive supervision and design agency of hydropower projects │ Strengthen the development and utilization of hydropower and strive to promote energy conservation and emission reduction │ Thoughts on accelerating the development of small hydropower in Jiangshan City │ Thoughts on accelerating hydropower development in the Tibetan section of the Lancang River │ Application of reinforced gabion high retaining walls in the protection of ballast fields in hydropower projects │ Design of pressure steel pipes for Bouwe Hydropower Station in Ghana │ Selection and design of technical water supply systems for Bouwe Hydropower Station in Ghana │ Fuzzy comprehensive evaluation forecast of atomized rainfall intensity for flood discharge at Bouwe Hydropower Station in Ghana │ Brief introduction to the design of the phase modulation operation system of the Buwei Hydropower Station in Ghana│ Accelerating the hydropower development in the Yalong River Basin and promoting the coordinated development of the regional environment and economy│ The application of chemical grouting in the anti-seepage and leakage plugging of the hydraulic structures of the Baichuan Hydropower Station│ The application of chemical grouting technology in the fault treatment of the Laxiwa Hydropower Station│ The application of chemical grouting technology in the Huanghuangping Hydropower Station│ The installation process of the tailrace pipe of a hydropower station in Northern Xinjiang│ Research on measures to control permanent slope freezing damage of a hydropower station in Beijiang │ Optimized design of turbines in Beijiang Hydropower Station │ Characteristics and innovations of the 200171 grade RCC gravity dam construction at Beipanjiang Guangzhao Hydropower Station │ Research on axial force monitoring of anchor pile piles on the slope behind the powerhouse of Huaguangtan Level 1 Hydropower Station │ Excavation of surge wells and initial support construction technology for the expansion project of Hua'an Hydropower Station │ Construction technology for treating leakage in the dam gallery of Huaneng Gongguoqiao Hydropower Station│ Application of the minimum unit electric energy investment method in determining the installed capacity of small hydropower stations in the north│ Design comments and defect treatment of Nanwei Hydropower Station│ Design and construction of the main structure of Nanwan River II Hydropower Station│ Installation technology of high-head thick-walled pressure steel pipes at Nanshan I Hydropower Station│ Research on the design of large-scale flat working gates for flood discharge and sand flushing gates of Nanoujiang II Hydropower Station│ Design of the water diversion and power generation system of the Nan Ou River Level 5 Hydropower Station │ Construction diversion design of the Nan Ou River Level 5 Hydropower Station │ Analysis of small hydropower development in the Shijin main canal after the South-to-North Water Diversion Project │ Capacity expansion and reconstruction of the turbines of the Nanjinyi Hydropower Station │ Interception construction of the face rockfill dam project of the Nanli 1-2 Hydropower Station │ Grouting construction of the toe plate foundation of the face rockfill dam of the Nanli 1-2 Hydropower Station │ Construction of clay-core rockfill auxiliary dam of Nanli 1-2 Hydropower Station │ Problems and solutions of Bozhou rural hydropower efficiency expansion and transformation │ Calculation and analysis of turbine installation elevation of Cachuela Hydropower Station │ Stability analysis and treatment of the entrance slope of the diversion tunnel of Cajiwa Hydropower Station │ Experimental study of deadening pier of Caldala Hydropower Station │ Seismic wave CT detection of flat hole at the upper dam site of Kala Hydropower Station │ Design of power system of Kapuslang II Hydropower Station│ Numerical analysis of surrounding rock stability of underground powerhouse of Kariba South Bank Hydropower Station expansion project│ Optimization design of powerhouse layout of Kamaya Hydropower Station│ Design characteristics of Indonesian ASAHAN No.1 hydropower station sewage cleaner│ Optimization of flood discharge design scheme of a hydropower station in India│ Analysis of dynamic excavation stability of rock slope of a hydropower station under unloading conditions│ Simulation analysis of the stability of the right dam abutment slope of the Delxi Hydropower Station in Ecuador │ Application of pressure-dispersed anchor cable differential tensioning method in the Lianghekou Hydropower Station project │ The impact of penstock burst on the transient flow of the parallel surge chamber hydropower station │ Research on the hydraulic characteristics of the bottom slope selection of the spillway tunnel of the Goxue Hydropower Station │ Planning and design of the artificial aggregate gravel screening system of the Shuanggou Hydropower Station │ Shuanggou Hydropower Station plant layout design │ Shuanggou Hydropower Station dam construction interception design │ Shuanggou Hydropower Station diversion tunnel entrance collapse treatment plan design │ Shuanggou Hydropower Station water diversion system layout and optimization │ Shuanggou Hydropower Station water diversion system design analysis │ Shuanggou Secondary Hydropower Station concrete dam crack treatment design │ Double-runner hydropower generator unit application in hydropower stations │ Application of raise drilling construction technology in deep shafts of hydropower projects │ Application of raise drilling rigs in Mayina Hydropower Station in Kazakhstan │ Application of raise drilling rigs in the excavation of ultra-deep cable shafts in Sopradola Hydropower Station │ Research on the failure mechanism of reverse-dip layered rock slopes - taking the left bank slope of Jinping I Hydropower Station as an example │ Developing rural hydropower to serve people in mountainous areas - a record of the development of rural hydropower construction in Handan City│ Giving full play to the leading and core role of owners to build the Kushtayi Hydropower Station│ Dams and hydropower development in a changing world│ Application of frequency converters in rural hydropower stations│ Design of the pressure forebay of the fourth-level Gurtu River hydropower station│ Primary electrical design of the right bank plant of the Mayari Hydropower Station in Cuba│ Turbine selection analysis of Mayari Hydropower Station in Cuba │ Application of repeatable grouting pipes in backfilling and contact grouting of the underground powerhouse on the right bank of Xiangjiaba Hydropower Station │ Three-dimensional finite element analysis of the upper and downstream walls of the installation room of Yemao Hydropower Station │ Practice and exploration of contract management in Ganzai Hydropower Station project management │ Optimal design and equipment selection of hydraulic machinery of Geely Hydropower Station │ Some understandings of the efficiency improvement and capacity expansion of rural hydropower in Ji'an City │ Practice and reflection on the institutional reform of Ji'an Luotan Water Conservancy and Hydropower Management Bureau │ Analysis of the prospects of Kyrgyzstan's foreign resources and hydropower cooperative development │ Bifurcated pipe manufacturing technology of Djibou III Hydropower Station │ Design of automatic control system of units of Gibulo Hydropower Station │ Overall layout of the Gibulo Hydropower Station hub Preparation and analysis of the in-plant economic operation plan of the Jilin Tai I Hydropower Station│ Technical design of the diversion cofferdam for the dam construction of the Jilin Tai I Hydropower Station│ Analysis of the dam seepage observation data of the Jilin Tai I Hydropower Station│ Design and practice of the safety monitoring automation system of the Jilin Tai I Hydropower Station│ Experiment on the shape scheme of the deep hole spillway tunnel of the Jilin Tai I Hydropower Station│ Analysis and treatment of the causes of damage to the arc-type gate water-stopping device of the deep hole spillway tunnel of Jilin Taiwan I Hydropower Station │ Analysis of deformation monitoring data of concrete face rockfill dam of Jilin Taiwan I Hydropower Station │ Safety monitoring design of concrete face gravel rockfill dam of Jilin Tai I Hydropower Station │ Analysis of deformation of vertical joints and peripheral joints in the panel of Jilin Tai I Hydropower Station │ Analysis and research on the transition process of Jilin Tai II Hydropower Station Research on key technical issues of the low-pressure diversion tunnel of the Jisha Hydropower Station │ Analysis of the surrounding rock geological conditions of the low-pressure diversion tunnel of the Jisha Hydropower Station │ Survey, design and experience of the Jisha Hydropower Station │ Safety monitoring design and data analysis of the Jisha Hydropower Station plant area │ Arrangement and design of the power generation system of the Jisha Hydropower Station │ Arrangement and design of the water diversion and power generation system of the Jisha Hydropower Station │ Design of the diversion and surge tank of the Jisha Hydropower Station │ General layout design of construction of Jisha Hydropower Station│ Selection of unit type and main parameters of Jisha Hydropower Station│ Metal structure layout and design of Jisha Hydropower Station│ Design of the first hub barrage of Jisha Hydropower Station│ Diversion design of the first hub construction of Jisha Hydropower Station│ Stress study on the outer concrete of high-voltage steel manifolds of Jisha Hydropower Station│ Optimization design of dam deformation monitoring scheme of Jiniu Hydropower Station│ Optimization design of cover foundation anti-seepage wall of Diaojiangyan Hydropower Station│ Design of Diaoluo River secondary hydropower station hub│ Design of pressure forebay of Tumuxiuke Hydropower Station│ Flood control layout of diversion channel of Tumuxiuke Hydropower Station│ Design of technical water supply system of Tumuxiuke Hydropower Station│ Analysis and research on adjustment guarantee of unit of Tumuxiuke Hydropower Station│ Xiangjiaba Hydropower Station 10 kV plant power system preparation and design optimization │ Research on the rotor yoke thermal padding process of the 800MW unit of the Xiangjiaba Hydropower Station │ The installation of the 800MW hydro-generator unit of the Xiangjiaba Hydropower Station has begun │ Research on the non-constant water and sand characteristics downstream of the Xiangjiaba Hydropower Station │ Analysis of the vibration conditions of the arc-shaped working gates with middle and surface holes of the Xiangjiaba Hydropower Station │ Construction supervision of the downstream section of the RCC cofferdam dam of the second phase of the Xiangjiaba Hydropower Station│ Experimental study on the RCC construction technology of the second phase of the Xiangjiaba Hydropower Station│ Analysis of the reasons for the failure of pressure build-up in the excitation system of the Xiangjiaba Hydropower Station│ Research on cost control during the procurement stage of electromechanical equipment for the ship lift of the Xiangjiaba Hydropower Station│ Selection and installation of expansion joints for pressure steel pipes of the Xiangjiaba Hydropower Station│ Improvement of the stacking process of the generator rotor yoke of the Xiangjiaba Hydropower Station│ Quality control of pre-split blasting on the right abutment slope of the Xiangjiaba Hydropower Station│ Curtain grouting construction of the 384m platform for the underground powerhouse on the right bank of the Xiangjiaba Hydropower Station│ Safety risk control in the excavation construction of the underground powerhouse of the Xiangjiaba Hydropower Station│ Experimental research on drilling and shearing of the dam foundation rock mass of the Xiangjiaba Hydropower Station│ Main problems and solutions in the curtain grouting construction of the dam foundation of the Xiangjiaba Hydropower Station│ Fluid-solid coupling analysis of the deep anti-sliding stability of the Xiangjiaba Hydropower Station dam foundation│ Brief analysis of the rock mass reinforcement grouting construction technology in the broken zone of the Xiangjiaba Hydropower Station dam foundation│ Anti-seepage construction technology of the dam foundation in poor geological conditions of the Xiangjiaba Hydropower Station Dam│ Construction technology of wide cogging excavation of the poor geological layer of the Xiangjiaba Hydropower Station dam│ Practice of excavation engineering of large-scale underground powerhouse caverns of Xiangjiaba Hydropower Station│ Preliminary experimental study on prestressed anchor cable technology for slope protection downstream of tailrace channel of Xiangjiaba Hydropower Station│ Concrete construction technology of main body and diversion project on the left bank of Xiangjiaba Hydropower Station│ Rapid concrete construction of left bank dam of Xiangjiaba Hydropower Station│ Analysis of stability performance of trial operation of giant unit of Xiangjiaba Hydropower Station│ Design optimization of the track beam of the water inlet door machine of the water diversion and power generation system of the Xiangjiaba Hydropower Station│ Design and optimization of the mechanical and electrical fire protection of the Xiangjiaba Hydropower Station│ Analysis of the abnormal guide vane closing pattern in the low water head overspeed test of the Xiangjiaba Hydropower Station unit│ Optimal design analysis of the hydraulic device of the speed control system of the Xiangjiaba Hydropower Station unit│ Off-line technology of the turbine generator stator of the Xiangjiaba Hydropower Station│ Control of the end gap of the movable guide vane of the turbine of the Xiangjiaba Hydropower Station│ Design and application of the long and steep overflow surface template in the release dam section of the Xiangjiaba Hydropower Station│ Construction technology of the dam foundation anti-seepage wall in the release dam section of the Xiangjiaba Hydropower Station│ Post-flood maintenance method of the flood release and energy dissipation buildings of the Xiangjiaba Hydropower Station│ Analysis of maintenance and shipping safety of the flood release facilities of the Xiangjiaba Hydropower Station│ Design characteristics of the Xiangjiaba Hydropower Station monitoring system │ Comprehensive benefits and key technologies of the Xiangjiaba Hydropower Station │ Operation and maintenance of the equipment and facilities of the Xiangjiaba Hydropower Station │ Analysis of the impact of the operation of the Xiangjiaba Hydropower Station on navigation in the Mapibao River Section │ Analysis of the limitations of the operation mode of the Xiangjiaba Hydropower Station │ Exploration and research on the operation management of the Xiangjiaba Hydropower Station │ Study on the landslide early warning of the Mayanpo slope of the Xiangjiaba Hydropower Station │ Field test and stability study of Mayanpo slope of Xiangjiaba Hydropower Station │ Construction technology of masonry double-curved arch dam of Wujun Hydropower Station │ Dynamic control of water limit during the main flood season of weekly-regulated through-flow hydropower station │ Preliminary study on comprehensive control of water and soil erosion in Kekewusu Hydropower Station project in Hejing County │ Design characteristics of underground powerhouse of Hadbut Hydropower Station │ Earthwork balance planning and design of Halajun Hydropower Station │ Model selection and structural design characteristics of Halajun Hydropower Station │ Parameter selection and structural characteristics of turbines in sediment-laden water quality of Xiangshui Hydropower Station │ Safety control of blasting of the powerhouse and pressure regulating shaft of Xiangshui Hydropower Station expansion project │ Brief analysis of turbine selection for Xiangshui Hydropower Station expansion project │ Feasibility demonstration of capacity expansion of Xiangge Hydropower Station │ Research on the layout of the expansion plant of Kaqun third-level hydropower station │ Research on the facade design of the main building of Cameroon's Manwilay Hydropower Station │ Layout design of the main spillway and flood sluice of Cameroon's Manwilay Hydropower Station │ Selection of barrage type for Cameroon's Manwilay Hydropower Station │ Design of hub layout of Cameroon's Manwilay Hydropower Station │ Design of water transmission open channels of Cameroon's Manwilay Hydropower Station │ Design of filter materials, transition materials and rockfill materials for the clay core rockfill dam of the Manwelay Hydropower Station in Cameroon │ Cave-type excavation construction technology on the dam abutment of the Shannipo Hydropower Station │ Design and application of the cofferdam of the Shannipo Hydropower Station │ Optimization of the diversion open channel and cofferdam anti-seepage scheme of the Xiergou Hydropower Station │ Application and research of four-parameter conversion in the Chai'arun Hydropower Station project │ Turbine structural design of Guanzhou Hydropower Station in Sichuan│ Research on the hydropower planning scheme for the upper reaches of the Jialing River in Sichuan from the Sichuan-Shaanxi provincial boundary to Guangyuan River section│ Research on the medium and long-term power generation dispatching strategies of Sichuan Bagrid Hydropower Station│ Feasibility study on the plan to cancel the pressure regulating chamber of a hydropower station in Sichuan│ Research on the design scheme of the sand and gravel processing system in the dam area of a hydropower station in Sichuan│ Discussion on the pension security and resettlement methods of rural immigrants in hydropower projects in Sichuan Province│ Processing and installation of hydraulic generator sets of Silong Hydropower Station│ Promoting the coordinated development of hydropower construction and shipping according to local conditions│ Design of pressure steel manifolds of Tuanjie Hydropower Station│ Application of consolidated grouting in the control of high slopes in the spillway of Miaowei Hydropower Station│ Comparative study on the core competitiveness of domestic and foreign hydropower contractors│ Comparison of domestic and foreign hydropower environment and sustainability evaluation standards│ Comparison of manufacturing technology of surface-hole arc gates of domestic and foreign hydropower stations│ Selection and combination of international settlement methods for foreign small hydropower projects │ Demonstration of update and optimization of a foreign hydropower station construction plan │ LCU design of a hydropower station's hydrogenerator unit │ Management experience of ecological flow of foreign hydropower stations │ Discussion on mechanical and electrical design issues of foreign hydropower station projects │ Advantages and related suggestions of state-owned enterprise groups investing in small and medium-sized hydropower development │ Analysis of the loss situation and countermeasures of college graduates in state-owned hydropower construction enterprises │ Process management of equipment supply for international EPC hydropower projects │ Mechanical and electrical design and engineering management of international hydropower projects │ A brief discussion of risk management of international hydropower projects │ Case study of key risk identification of international hydropower general contracting projects │ Application of image fire alarm system in Xiangjiaba Hydropower Station │ Analysis of measurement and stakeout accuracy during the construction of the double-curved arch dam of Yuanyanguan Hydropower Station │ Application of geosynthetic materials in the construction of core rockfill dam of Guanyinyan Hydropower Station│ Application of geogrid-reinforced soil slope construction technology in Lianghekou Hydropower Station project│ Turning problems and solutions of Pina Hydropower Station in Turkey│ Application of soil anchors in slope support of the road entering the Guanyinyan Hydropower Station│ Discussion on how to solve the problem of UTM projection deformation in water conservancy and hydropower projects│ Analysis on the structural design of rock wall crane beams in underground powerhouses--Study on "Code for Design of Hydropower Station Powerhouses" * Experience │ Dehumidification effect and effective dehumidification radius of dehumidifiers in underground power stations │ Application of geo-radar in the diversion tunnel of Changheba Hydropower Station │ Application of geo-radar detection method in the detection of voids in the squeeze side wall of Liyuan Hydropower Station │ Adhere to scientific development to promote enterprise transformation and accelerate the pace of hydropower development in the Dadu River Basin │ Current status and development of small hydropower in Tanzania │ Application of vertical line system in monitoring the deformation of the arch dam of Laxiwa Hydropower Station │ Overview of concrete construction technology of Tekeze Hydropower Station in Ethiopia │ Research on sealing performance of three-eccentric hydropower main control butterfly valve based on Abaqus │ Small hydropower information management system based on Android platform │ Environmental impact assessment of hydropower projects based on ANP-FCE model │ Complex hydropower engineering modeling technology based on ANSYS-FLAC^3D platform │ Analysis of external thermal insulation and heat transfer characteristics of hydropower station factory building exterior walls based on ANSYS │ Design and improvement of lining steel lining of Wudongde Hydropower Station based on ANSYS │ Analysis of torsional vibration of a certain hydropower deep hole drill pipe string based on ANSYS │ Design of on-site measurement and control unit based on ARM embedded hydropower station monitoring system │ Design of hydropower project plane monitoring network based on CATIA 3D platform │ Application of CATIA-based 3D bifurcated pipe design in hydropower stations │ Research on flow characteristics of pressure forebay of hydropower station based on CFD │ Stability analysis of high slope of stilling tank of a hydropower station based on DDA │ Stability evaluation of open channel slope of a hydropower station based on FLAC-(3D) strength reduction method │ GIS-based spatial simulation method of air temperature in reservoir area of large hydropower projects │ GIS-based division of terrestrial ecological environment assessment scope for hydropower planning │ Application of geological 3D modeling technology in hydropower engineering based on GoCAD platform │ Nonlinear stability analysis of hydropower station with surge chamber based on hopf bifurcation theory │ Energy saving and consumption reduction method for hydropower engineering aggregate production based on HSM │ Analysis and processing of air gap data of hydropower unit based on MATLAB │ Research on simulation technology of hydropower unit based on Pro/Engineer │ Calibration of vibration monitoring system of hydropower unit based on PULSE analysis system │ Application of RFID-based personnel positioning management system in Xiangjiaba Hydropower Station │ Research on the architecture of water conservancy and hydropower digital library based on SOA│ Research on urbanization resettlement of hydropower project immigrants based on SWOT analysis│ Design of virtual hydropower station water supply system based on VRML and CAXA│ Design and implementation of virtual gas supply system of hydropower station based on VRML│ Design and implementation of provincial, prefecture and county integrated small hydropower management system based on Web GIS│ Hydropower project schedule risk assessment based on WSR-gray clustering comprehensive method│ Research on the comprehensive testing system of hydropower stations based on Ethernet │ Automatic control system of hydropower station gates based on Ethernet │ Discussion on the organizational transformation model of hydropower design units based on EPC with design as the leader - taking a hydropower design institute to carry out organizational transformation through EPC as an example │ Analysis of the deflection deformation law of the Shuibuya Hydropower Station dam panel based on fiber optic gyroscope │ Three-dimensional finite element analysis of the slope engineering of the water diversion system of a hydropower station based on the unloading theory │ Fault diagnosis of hydropower units based on multi-classifier combination │ Dynamic load identification of hydropower stations based on wavelet analysis │ Water conservancy and hydropower projects based on analytic hierarchy process A. D． Research on HALL system risk assessment method │ Realization of hydropower station power rapid control system substation based on embedded devices │ Performance evaluation of hydropower construction enterprises based on balanced scorecard │ Hydropower unit status identification based on support vector machine method │ Research on cascade hydropower station group dispatching rules based on improved artificial neural network │ Research on coordinated control strategy among cascade hydropower station groups based on improved synchronization time method │ Hydropower station optimal dispatch model and algorithm based on improved genetic algorithm │ Comprehensive management and operation platform of hydropower stations based on data-driven │ Monitoring of auxiliary equipment of small and medium-sized hydropower stations based on smart instruments │ GIS protection and monitoring integrated system of Xiangjiaba Hydropower Station based on intelligent control │ Research on joint power generation model of cascade hydropower stations based on minimum water consumption │ Research on unit load distribution of Shuibuya Hydropower Station based on unit operation safety │ Exploration of teaching reform based on on-campus productive CNC machining practical training - taking Zhejiang Water Conservancy and Hydropower College as an example │ Design of hydropower station automatic control system based on root locus method │ Research on online fault diagnosis of hydropower units based on fuzzy theory and multi-agent │ Research on LCU power regulation of hydropower station based on fuzzy adaptive PID │ Construction and implementation of differentiated assessment management system for optimal hydropower dispatching based on water level control coefficient │ Cover creep based on measured displacement data of water conservancy and hydropower projects │ Analysis of economic benefits of Gezhouba Hydropower Station based on head deviation │ Short-term optimal dispatch of cascade hydropower stations based on mixed integer linear programming │ Construction quality evaluation of hydropower projects based on entropy weighted extensible matter elements │ Mid- and long-term optimal operation of hydropower stations based on power system costs │ Research on compensation for Sichuan hydropower resources exported based on carbon trading market │ Research on the deformation evolution of a hydropower station bank anti-tilt slope based on discrete elements │ Research on short-term peak-shaving operation of Xiaolangdi Hydropower Station based on the inverse adjustment compensation effect of Xixiayuan│ Research on optimal in-plant operation of Manwan Hydropower Station based on genetic algorithm │ Research on preparation of resettlement implementation plan for hydropower projects based on long-term compensation │ Analysis of seismic performance of hydropower station buildings based on static elastic-plastic method │ Preliminary study on ecological dispatch of hydropower stations based on fish protection │ Application of rock-fill concrete in the diversion cofferdam of Wudongde Hydropower Station │ Application of rock-fill concrete in Geely Hydropower Station Project │ Analysis of the prospects for cooperative development of water resources and hydropower in Tajikistan │ Experimental plan for impact hole formation and pouring of the anti-seepage wall of the Tarilega Hydropower Station dam │ The important role of efficiency expansion and transformation in rural small hydropower │ A review of research on the application of acoustic emission technology in condition monitoring and fault diagnosis of hydropower units │ Application of acoustic testing in the rock mass quality evaluation of the Baoping Hydropower Station │ Application of composite geomembrane in anti-seepage system of hydropower station cofferdam │ Primary electrical design of Charlotte Hydropower Station │ Application of externally mixed magnesium oxide roller compacted concrete technology in Huanghuazhai Hydropower Station │ Application of joint pouring technology of multiple cable cranes in concrete pouring of Xiaowan Hydropower Station dam │ Design and research on the reconstruction of National Highway 318 in the reservoir area of Duobu Hydropower Station │ Three-dimensional numerical simulation of the impedance coefficient of the surge chamber of a multi-unit hydropower station │ Enlightenment of turbine capacity expansion and reconstruction in sediment-laden river hydropower stations │ Thoughts on comprehensive supervision of late-stage resettlement support for large and medium-sized water conservancy and hydropower projects │ Discussion on the definition of the population for off-line expansion of large and medium-sized water conservancy and hydropower projects │ Land ownership issues in land acquisition for construction of large and medium-sized hydropower projects │ Discussion on design changes in the implementation of resettlement of large and medium-sized hydropower projects │ Discussion on the selection of rated water heads for large and medium-sized hydropower stations│Construction of concrete anti-seepage walls of Dacang Hydropower Station│Definition of the scope of flooding treatment in the reservoir area of Daxingchuan Hydropower Station│Vigorously develop small hydropower resources in Jilin Province to serve the construction of new socialist countryside│Safety monitoring design of Dahua Hydropower Station expansion project│Analysis of causes of abnormal horizontal displacement of the overflow dam section of Dahua Hydropower Station│Selection of artificial aggregate material sources for concrete in Dahuaqiao Hydropower Station│ Research on the application of large-diameter drilling in soil survey for hydropower projects in Tibet │ Experiment and analysis of prototype axial-flow propeller hydraulic unit of Datang Jicun Hydropower Station │ Exploration of construction management mechanism of large-scale water conservancy and hydropower projects │ Research on issues related to high-variability protection configuration and setting calculation of large-scale hydropower plants │ Design and process optimization of fan-shaped compound punching die for large-scale hydropower stators │ Preliminary study on the settlement method of rural immigrants in large-scale hydropower projects │ Factors affecting initial water storage of large hydropower projects and their countermeasures │ Thoughts on the selection of concrete aggregate sources for large hydropower projects │ Analysis of joint load-bearing of water-filled and pressure-maintaining volute structures of large hydropower stations │ Review of research on vibration problems in large hydropower station powerhouses │ Discussion on the main protection configuration scheme of joint unit wiring of large hydropower station generator-transformer units │ Numerical analysis of hydraulic vibration of underground powerhouses of large hydropower stations │ Three-dimensional seismic response time domain analysis of underground cavern groups of large hydropower stations│ Discussion on grounding technology of large hydropower stations│ Grounding resistance test of large hydropower station grounding grids│ Three-dimensional numerical simulation study of tunnel excavation construction of large hydropower stations│ Application of large steel formwork trolleys in the tailwater project of Xiangjiaba Hydropower Station│ Application of large steel pipe intelligent assembly and welding machines in on-site installation of pressure steel pipes of Huanghuangping Hydropower Station│ Existing problems and countermeasures in the development of small hydropower in the Linxia section of the Daxia River Basin │ Renovation of the protection device of the generator and transformer unit of the Daxia Hydropower Station │ Hydraulic device control system of the unit of the Daxia Hydropower Station │ Construction of the roller compacted concrete gravity dam of the Daxia Hydropower Station │ Research on the efficiency improvement and capacity increase of the turbine of the Daguangba Hydropower Station │ Smooth blasting technology of the diversion tunnel of the Dasangyuan Hydropower Station │ Analysis of the dynamic characteristics of the powerhouse structure of the Daqiao Hydropower Station │ Daliangzi Hydropower Station Safety Production Management │ Review and Summary of Mechanical and Electrical Design of the Hydropower Station Behind the Dashaba Reservoir Dam │ Research on the Water Diversion Dam Surface Design during the Flood Season of the Dashaba Hydropower Station Construction │ Research on the Adjustment Guarantee Measures Program of the Daheyan River Head Hydropower Station │ Analysis and Research on the Hydraulic Transition Process of the Water Diversion System of the Daheyan River Head Hydropower Station │ Model Test of the Water Diversion and Power Generation System of the Large Flow and Medium-Low Head Hydropower Station │ Application of large flow water inflow sealing combined with uncovered heavy-duty and high-pressure anti-seepage consolidation grouting in Jinping II Hydropower Station │ Hydraulics study of the upstream surge chamber of Dadu River Danba Hydropower Station │ Overview of deep overburden exploration technology and methods of Dadu River Anning Hydropower Station │ Research on fishway design of Dadu River Pillow Dam I Hydropower Station │ FLAC3D numerical simulation analysis of the construction and excavation process of underground powerhouse cavern group of a hydropower station in Dadu River │ Vibration analysis of the factory building of Luding Hydropower Station in Dadu River│ Research and practice on environmental protection of hydropower development in Dadu River Basin│ Construction environment management of hydropower development in Dadu River Basin│ Practical analysis of scientific development of hydropower in Dadu River Basin│ Application and practice of lean maintenance of hydropower stations in Dadu River Basin│ Three-dimensional finite element seepage analysis of the earth-rock cofferdam of Jinchuan Hydropower Station in Dadu River│ Analysis on anti-sand wear measures for turbines of Dayingjiang IV Hydropower Station│ Black start plan of Dayingjiang IV Hydropower Station│ Overall design of Dashimen Hydropower Station and application of shaft-type spillway│ Test and application of roller-compacted asphalt concrete mix ratio of Dashimen Hydropower Station│ Crack treatment of Dazhu Hydropower Station powerhouse│ Anti-seepage treatment construction of foundation pit cofferdam of Dahuashui Hydropower Station│ Grouting construction of anti-seepage curtain on the left bank of Dahuashui Hydropower Station │ Analysis of weak interlayers of Datengxia Hydropower Station │ Discussion on key issues in sediment design of Datong River Tianwanggou Hydropower Station │ Application of natural sand and gravel aggregate roller compacted concrete in Lianhuatai Hydropower Station dam │ Case analysis of compensation for delay in contract award of Tianshengqiao-level Hydropower Station TSQ-1/C3 │ Analysis of stress and strain of dam panel of Tianshengqiao Level 1 Hydropower Station │ Analysis and treatment of the reasons for oil rejection in the water guide bearing of Tianshengqiao II Hydropower Station │ Analysis of surrounding rock deformation in the 3^# construction branch tunnel of the Ceiling Hydropower Station │ Analysis of water seepage sources in the No. 4 construction branch tunnel of the Ceiling Hydropower Station │ Network construction design of the GPS plane construction control network of the Ceiling Hydropower Station │ Design and construction of the upstream cofferdam of the Ceiling Hydropower Station │ Design and transformation of the artificial sand and gravel processing system of the Ceiling Hydropower Station │ Geological analysis of emergency measures for excavation of the slope behind the ceiling hydropower station building│ Stability analysis and support design of the slope behind the ceiling hydropower station building│ Layout and structural design of the ceiling hydropower station building│ Evaluation of engineering geological conditions in the dam site area of the ceiling hydropower station│ Controlled blasting construction of shallow holes in the fault zone of the ceiling hydropower station dam foundation│ Design of the diversion tunnel of the ceiling hydropower station│ Construction technology of the diversion tunnel of the ceiling hydropower station│ Design of the diversion tunnel of the ceiling hydropower station│ Research on the foundation surface selection and optimization adjustment of the arch dam of the ceiling hydropower station│ Design and application of the concrete mix ratio of the arch dam of the ceiling hydropower station│ Research on the hub layout of the ceiling hydropower station│ Design of water and soil conservation measures for the ceiling hydropower station│ Analysis and research on water resources of the ceiling hydropower station│ Design of the flood discharge and energy dissipation building of the ceiling hydropower station│ Primary electrical design of the ceiling hydropower station│ Key technical issues of the ceiling hydropower station │ Design of the monitoring system of the ceiling hydropower station │ Research on the temperature control technology of the roller compacted concrete double-curved arch dam of the ceiling hydropower station │ Analysis and optimization research on the stable section of the pressure regulating shaft of the ceiling hydropower station │ Arrangement and design of the metal structure of the ceiling hydropower station │ Quality control of the RCC construction of the dam in the high temperature season of the ceiling hydropower station │ Analysis of the dam foundation pressure of Taipingshao Hydropower Station │ Research on the construction of water distribution automation system of Taiping Bay Hydropower Station │ Laying a solid foundation and innovative management to create a world-class: Hydropower Engineering │ Design of the pressure forebay of the Kuitun River Level 10 Hydropower Station │ Analysis and treatment of the causes of tile burning of the water guide bearings of the Aolujie Hydropower Station │ Research on the evolution dynamics of high and steep slopes in the Rumei Hydropower Station work area │ Treatment of the collapse of the diversion tunnel of the Niangyong Hydropower Station │ Research on the development status and countermeasures of small hydropower in Wucheng District │ Transformation of the computer monitoring system of the Xiaofeng Hydropower Station │ Concrete aggregate source selection for the Mengdigou Hydropower Station project │ Design of the debris flow protection project in the hot water ditch of the Mengdigou Hydropower Station │ Application of safety monitoring in the emergency rescue and rescue of landslides at the Jinping II Hydropower Station │ Introduction to the design of the communication system of the Mabubas Hydropower Station in Angola │ Feasibility analysis of the use of control gates for the diversion channel regulation and storage operation of the Ancheng Hydropower Station │ Crack treatment of the roller compacted concrete arch dam of the Anhui Liubo Hydropower Station │ Analysis of dam safety monitoring data of Anmin Hydropower Station │ Improving the safety system of Kushtayi Hydropower Project and establishing a new image of green and environmentally friendly demonstration power station │ Research and application of underflow energy dissipation technology for Guandi Hydropower Station RCC dam flood discharge │ Large-area water seepage treatment technology on the roof of the outgoing flat tunnel of Guandi Hydropower Station │ Summary of concrete construction technology for underground powerhouses of Guandi Hydropower Station │ Experimental study on the construction technology of polyurea impact-resistant and wear-resistant elastomer coating on the overflow surface of the Guandi Hydropower Station dam │ Research on the driving effect of the Guandi Hydropower Station on the economy of Sichuan Province │ Analysis of the construction period claim of the Sandouyan contract section of the external transportation highway of the Guandi Hydropower Station │ Analysis of the consolidation grouting results of the tailwater outlet of the Guandi Hydropower Station │ Construction technology of the steel form trolley concrete lining of the tailwater tunnel of the Guandi Hydropower Station │ Guandi Hydropower Station rock anchor beam excavation construction quality control │ Guandi Hydropower Station left bank dam abutment excavation supervision quality control │ Guandi Hydropower Station left bank diversion tunnel gradient section excavation construction │ Guandi Hydropower Station overflow surface hole long gate pier self-elevating sliding form design and construction │ Guandi Hydropower Station roller compacted concrete warehousing method brief introduction │ Guandi Hydropower Station roller compacted concrete construction quality control │ Experimental study on the mix proportion of roller compacted concrete of Guandi Hydropower Station │ Treatment measures for the collapse of the entrance section of the Heishui River Tunnel of Guandi Hydropower Station │ Comparison of landslide treatment plans for the 5# open channel of Baotan Hydropower Station │ Turning of Unit 2 of Baoshan Hydropower Station │ Comparison of the application of Baoshan Hydropower Station speed regulator modification │ Analysis of capacity expansion and reconstruction of generators and ancillary equipment of Baolingsi Hydropower Station │ Repair of the tailrace cone lining of Unit 3 of the Baozhusi Hydropower Station│ Analysis of internal settlement displacement data on the completion acceptance of the concrete face rockfill dam of the Baoping Hydropower Station│ Case study of the changes and characteristics of the old and new quotas and regulations of Gansu Province water conservancy and hydropower projects│ Risks and control countermeasures faced in the implementation of the Beiben Hydropower Project│ A method to realize computer monitoring and remote diagnosis and maintenance of hydropower stations│ Implementing "same network, same price" is a key measure to develop rural hydropower and increase farmers' income │ Practice and experience of technical transformation of Xuanpingxi II Hydropower Station │ Application and research of wide tail piers in Badi Hydropower Station │ Research on voltage regulation strategy of distribution network in mountainous areas rich in small hydropower │ Test on anti-scouring and abrasion protection of concrete on the overflow surface of Fuchun River Hydropower Station │ Analysis of construction quality of concrete face rockfill dam of Chahan Wusu Hydropower Station │ Analysis of the settlement and deformation rules of the Chahan Wusu Hydropower Station face rockfill dam body │ Understanding of the revision of Article 51 of the "Regulations on Land Acquisition, Compensation and Resettlement for Large and Medium-sized Water Conservancy and Hydropower Engineering Construction" │ Analysis of the changes in the "Gansu Province Water Conservancy and Hydropower Project Design Estimate (Estimation) Preparation Regulations (2013 Edition)" │ Thoughts on the development of Wufeng Hydropower │ Understanding of seismic geology and engineering anti-seismic issues in Nujiang hydropower development │ Understanding of promoting the main design unit to carry out general contracting of hydropower resettlement projects │ Application of benchmarking management in the project management of Kushtayi Hydropower Station │ Understanding of cost management and control of water conservancy and hydropower project construction projects │ Discussion of the construction design of the large corbel formwork system of hydropower projects │ Discussion of acceptance of land acquisition and resettlement for hydropower project construction │ Understanding and thinking of the compilation and research of hydropower project design files │ Thoughts on the construction safety production evaluation of hydropower project projects │ Re-understanding of the three major compensation mechanisms for hydropower development │ Analysis of several issues in hydropower development │ Thoughts on the construction contract management of hydropower construction enterprises │ Thoughts on the prevention and control measures of occupational hazards in hydropower construction │ Several thoughts on the management of scientific and technological projects of hydropower research institutes │ Analysis of the technical and economic comparison of hydropower plant buildings │ Discussion on the design of shallow-buried beam-type piers for hydropower station pressure exposed pipes │ Implementing long-term compensation for immigrants year by year is an important measure for hydropower development and construction of people's livelihood projects│ Optimal dispatch model of Siping Hydropower Station│ Construction technology of extrusion side wall of concrete face rockfill dam of Siping Hydropower Station│ Design of detonating tube detonation network and its application in the excavation of Laxiwa Hydropower Station│ Technical transformation of Kengdou Hydropower Station in Shouning County to increase power generation output│ Treatment of water seepage in the right bank auxiliary dam of Xiaoyunfeng Hydropower Station│ Solution to the easy clogging problem of the water filter in the technical water supply system of Xiaoguanzi Hydropower Station unit │ The impact of daily regulated unsteady flow on navigation at Xiaonanhai Hydropower Station │ Special issues in the design of small isolated grid hydropower stations │ Treatment of tunnel collapse in small water conservancy and hydropower projects │ Analysis of unified supply material write-off management under the EPC mode of small hydropower projects │ A new excitation method for small hydropower stations │ Transformation of the cooling system of small hydropower stations │ How to safely survive floods in small hydropower stations │ Several issues that should be paid attention to in the technical renovation of small hydropower stations │ Discussion on applicable technologies for the renewal and renovation of small hydropower stations │ Thoughts on the design of electromechanical parts of small hydropower stations │ Design and application of key technologies for overflow and drop wells in small hydropower stations │ Discussion of methods for determining ecological flow of small hydropower stations │ Application of comprehensive automated management of small hydropower stations │ Rationality of the setting of surge wells in small hydropower stations │ Technical transformation and selection of governors for small hydropower stations │ Exploration and research on black start emergency plans for small hydropower stations │ Discussion on adjustment and maintenance calculations in the preliminary work stage of small riverbed hydropower stations │ Primary electrical design of Xiaoshankou secondary hydropower station Research on the environmental impact and policy mechanism of small hydropower salary generation projects │ Research on small hydropower promoting rural economic development in Sichuan │ Analysis of the necessity and economics of small hydropower participating in peak-shaving operations of the power grid │ Analysis and solution of overvoltage problems existing on the same line of small hydropower generation and supply │ Promotion and application of small hydropower in tapping potential in the energy field │ Analysis of small hydropower efficiency and capacity expansion benefiting the power grid │ Assessment of the impact of small hydropower on the utilization rate of 35kV transformer equipment │ Small hydropower construction investment control │ Application of economic evaluation procedures for small hydropower construction projects │ Impact of small hydropower development on the river environment │ Several key issues that should be paid attention to in small hydropower investment │ Improvement of small hydropower water energy calculation methods │ Discussion of key issues of small hydropower environmental impact and protection strategies │ Small hydropower ecological runoff calculation data preprocessing method │ A preliminary study on the energy-saving transformation technology of small hydropower grid│ The historical merits and modernization of small hydropower│ Criteria for the output capacity of small hydropower lines│ Research on the economics of small hydropower and the safety of electrical equipment│ Research on the comprehensive benefits of small hydropower│ Small hydropower comprehensive automation system│ Design and application of small hydropower flood control and early warning systems│ Cultivation and development of strategic emerging industries in the field of small hydropower│ Analysis of the similarities, differences and characteristics of the turbine speed regulators of Xiaolangdi and Xixiayuan Hydropower Stations│ Efficiency test of prototype turbine generator set of Xiaolangdi Hydropower Station│ Application and management of automatic power generation control of Xiaolangdi Hydropower Station│ Research on Yunnan hydropower operation mode after Xiaowan and Nuozhadu are put into operation│ Exploration and practice of Xiaowan Hydropower Station to create a world-class hydropower plant│ Xiaowan Hydropower Project dam body diversion bottom hole sealing construction technology │ Analysis of Xiaowan Hydropower Project construction subcontracting management │ Xiaowan Hydropower Station 30t cable hoist hoisting motor ring fire failure analysis and preventive measures │ Xiaowan Hydropower Station 30t cable machine group operation management │ Xiaowan Hydropower Station downstream cofferdam controllable curtain grouting production test technology │ Construction of cast-in-place beams in the hoist chamber of the bottom hole of Xiaowan Hydropower Station │ Analysis and solutions of typical electrical accident hazards of Xiaowan Hydropower Station │ Measurement and control of Xiaowan Hydropower Station double-curved arch dam construction │ A review of chemical grouting technology for crack treatment of Xiaowan Hydropower Station double-curved arch dam │ A review of the construction of the slope dam section of the right bank dam of Xiaowan Hydropower Station │ A review of the construction of the bid section of the right bank dam of Xiaowan Hydropower Station │ Concrete construction measures for the rainy season of the right bank dam of Xiaowan Hydropower Station │ Construction of concrete at the bottom hole of Xiaowan Hydropower Station dam body │ Quality control of Xiaowan Hydropower Station dam foundation consolidation grouting construction │ Xiaowan Hydropower Station dam foundation excavation construction quality management │ Xiaowan Hydropower Station dam abutment resistance body consolidation grouting construction │ Xiaowan Hydropower Station dam abutment resistance body geological defect treatment and reinforcement construction │ Excavation and blasting test of the dam abutment resisting body of Xiaowan Hydropower Station│ Construction of prestressed girders for Xiaowan Hydropower Station dam top gantry machine│ Application and analysis of vertical line automatic monitoring system of Xiaowan Hydropower Station│ Application of accumulation slope support and anchor cable technology of Xiaowan Hydropower Station│ Analysis of the effect of insulation measures on the dam surface of Xiaowan Hydropower Station│ Installation and debugging of hydraulic hoist for arc gate of Xiaowan Hydropower Station dam│ Xiaowan Hydropower Station Dam Construction Quality Management│ Xiaowan Hydropower Station Dam Construction Progress Management│ Xiaowan Hydropower Station Dam Concrete Outlet Temperature Control Measures│ Xiaowan Hydropower Station Diversion Bottom Hole Sealing Concrete Construction│ Xiaowan Hydropower Station Tailrace Tunnel Exit Gradient Section Lining Concrete Construction│ Xiaowan Hydropower Station Project Challenges and Thoughts│ Xiaowan Hydropower Station Left Bank Mixing System Equipment Management and Quality Control│ Treatment of concrete cracks in the water diversion and power generation system of Xiaowan Hydropower Station │ Grouting construction technology of transverse joints of Xiaowan Hydropower Station arch dam │ Dynamic water closing test of sprocket gate in Xiaowan Hydropower Station vent hole accident │ Research and application of integral door slot installation technology of Xiaowan Hydropower Station vent bottom hole access door │ Creation of Xiaowan Hydropower Station civilized engineering project │ Discussion on optimization measures for unit start-up conditions of Xiaowan Hydropower Station │ Discussion on reservoir bank management of Xiaowan Hydropower Station │ Reservoir storage and reservoir stability of Xiaowan Hydropower Station │ Summary of turbine performance testing and technical transformation of Xiaowan Hydropower Station │ Several experiences in management of completion data of Xiaowan Hydropower Station spillway tunnel project │ Excavation and construction of the Longtou Section of Xiaowan Hydropower Station spillway tunnel project │ Summary of anti-scouring and wear-resistant concrete construction of Xiaowan Hydropower Station spillway tunnel │ Xiaowan Hydropower Station deep hole curtain grouting hole inclination control technology │ Xiaowan Hydropower Station concrete production and transportation system refined management │ Xiaowan Hydropower Station extra-high arch dam body joint grouting construction technology │ Xiaowan Hydropower Station extra-high arch dam construction technology │ Xiaowan Hydropower Station extra-high arch dam concrete water cooling technology │ Xiaowan Hydropower Station vertical structure sand silo water content analysis and research │ Write-off management of unified supply materials of Xiaowan Hydropower Station │ Application of intrinsic safety protection system of cable hoist of Xiaowan Hydropower Station │ Installation of super large sprocket door of Xiaowan Hydropower Station │ Construction of slope anchor cables of Xiaowan Hydropower Station │ Construction technology of vertical slope excavation and support of water inlet of Xiaowan Hydropower Station │ Construction of prestressed anchor cables of gate piers of Xiaowan Hydropower Station │ Traffic planning, design and application of construction behind the high arch dam of Xiaowan Hydropower Station │ Stability analysis of arch dam and dam abutment slope under high water level operation of Xiaowan Hydropower Station │ Design of cofferdam in the upstream dry period of Xiaoshixia Hydropower Station │ Optimization test of energy dissipation engineering of Xiaoshixia Hydropower Station diversion and deep hole spillway │ Optimization test of energy dissipation engineering of Xiaoshixia Hydropower Station spillway │ Experimental study of surface hole spillway model of Xiaoshixia Hydropower Station │ Low-temperature seasonal construction of the extruded side wall of Xiaoshixia Hydropower Station's face rockfill dam│ Construction technology of asphalt concrete anti-seepage panel lining of channels of Nilek Level 1 Hydropower Station│ Iron loss test of generator stator of Nilji Hydropower Station│ Selection of design parameters for air conditioning system of Nilam-Jiram Hydropower Station project│ Practice and exploration of general contract management contract of a hydropower station project in Nepal│ Construction safety management in rainy season of Nepalese hydropower project│ Technical transformation and energy saving analysis of water diversion technology in the connection shaft of the tailwater power station │ Selection of installed capacity of hydropower stations under the condition of tailwater overlap changes │ Application of the analytic hierarchy process in the study of the international impact of cross-border river hydropower development │ Simulation study of lightning protection measures for 10kV lines and equipment in mountainous hydropower stations │ Shankou Hydropower Station factory building design │ Shankou Hydropower Station dam safety monitoring design │ Design roughness selection and flow capacity analysis of the diversion tunnel of Shankou Hydropower Station │ Grouting treatment of the concrete gravity dam foundation of Shankou Hydropower Station │ Analysis of temperature monitoring data of the roller compacted concrete dam section of Shankou Hydropower Station │ Analysis of seepage data in the early stage of water storage in the clay core dam section of Shankou Hydropower Station │ Shanxiu Hydropower Station plant layout design │ Renovation of the excitation system of unit 3^# of Shanmei Hydropower Station │ Dynamic balancing test of the No. 3 turbine generator unit of Shanmei Hydropower Station│ Technical transformation of the main valve of the turbine in the underground powerhouse of Shanmei Hydropower Station│ Dam site comparison design of Chaxi River I Hydropower Station│ Excavation and support construction of the diversion tunnel of Gangqu River I Hydropower Station│ Research on three-dimensional geological modeling technology of Yantan Hydropower Station│ Analysis and improvement plan of hidden dangers in transformer protection of Yantan Hydropower Station│ Optimization of turbine runner characteristic parameters and on-site manufacturing for Yantan Hydropower Station Expansion Project │ Stability analysis of spandrel trough slope of Yuejiahe Secondary Hydropower Station │ Brief analysis of the development of small hydropower in Minxian County │ Large-scale bulb tubular turbine technology of Xiajiang Hydropower Station │ Brief analysis of the current situation of rural hydropower stations in Shengzhou City │ Application of industrial digital close-range photogrammetry system in the installation inspection of the nut column of the ship lift of Xiangjiaba Hydropower Station │ Several issues worthy of attention by engineering consulting companies in the development of international hydropower projects│ Exploration and practice of the quantity method in water conservancy and hydropower project construction claims cases│ The impact of the diversion tunnel of Xi'an Hydropower Station in Zuoquan County on the close construction of existing railway tunnels│ Construction diversion design of Zuojiang Shanxiu Hydropower Station project│ Design and implementation of remote centralized monitoring system for giant cascade hydropower station group│ Innovation in operation and maintenance management of turbine generators of giant hydropower stations│ Design and construction technology of sliding formwork for the pressure regulating shaft of NJ Hydropower Project in Pakistan│ Analysis of erosion and sedimentation balance of tailrace channel of Tangsa Hydropower Station in Pakistan│ Primary support design of TBM installation hole of Neelam-Ghilam Hydropower Project in Pakistan│ Curtain grouting design of dam and water inlet of Dubohua Hydropower Station in Pakistan│ Design of underground sediment settling tank for Dubohua Hydropower Station in Pakistan│ Weir (dam) foundation treatment design of Pakistan Dubohua Hydropower Station project│ Dam design of Pakistan Dubohua Hydropower Station project│ Overview of Pakistan Dubohua Hydropower Station│ Finite element structural analysis of the connection section between tunnel and penstock pipe of Dubohua Hydropower Station in Pakistan│ A brief discussion on investment risk prevention in Pakistan's hydropower construction market│ Dam design of Pakistan Khanwa Hydropower Station project│ Design of water release structure of Pakistan Khanwa Hydropower Station project│ Shaft semi-underground workshop design of Khanhua Hydropower Station project in Pakistan│ Primary electrical design of Gomozan Hydropower Station in Pakistan│ Design and construction of temporary plugs for tailrace pipes in the powerhouse of Barota Hydropower Station│ Comparison and selection of cross-sectional forms of diversion tunnels in the hub of Bazang Hydropower Station Project│ Stability evaluation of landslide #5 in the reservoir area of Bazang Hydropower Station│ Planning method for the allocation of stone materials for rockfill dam construction of Bagun Hydropower Project│ Construction of the concrete stacked beam lower gate at the outlet of the diversion tunnel of the Bakun Hydropower Project│ Overview of the construction of the traffic bridge at the water inlet of the Bakun Hydropower Project│ Renovation equipment and metal structure installation of the No. 1 diversion tunnel/drainage tunnel of the Bakun Hydropower Station│ A brief discussion on the management of the China-Malaysia Joint Venture of the Bakun Hydropower Station│ Concrete construction of the second phase of the tail water pipe of the powerhouse of the Bakun Hydropower Station│ Summary of the concrete pouring construction of the powerhouse of the Bakun Hydropower Station│ Coordination strategy of material source mining and dam filling of Bagong Hydropower Station │ Emulsified asphalt spray protection construction on the extrusion side wall surface of Bagong Hydropower Station │ Fabrication and installation of large pressure steel pipes of Bagong Hydropower Station │ F8 fault stability analysis of the slope of the engineering building of Bagong Hydropower Station │ Engineering design optimization and innovative technology application of Bagong Hydropower Station │ Review of engineering design of Bagong Hydropower Station │ Bagong Hydropower Station Project Side Slope Anchor Anchor Construction │ Summary of Labor Management Practice of Bagong Hydropower Station Project │ Summary of Excavation Construction of Diversion Tunnel of Bagong Hydropower Station │ On-site Construction Management of Diversion Tunnel of Bakun Hydropower Station │ Quality Control of Diversion Tunnel Excavation Construction of Bagong Hydropower Station │ Transfer Method of Concrete Lined Side Top Trolley of Diversion Tunnel of Bagong Hydropower Station │ Sliding form construction technology of diversion tunnel shaft of Bagong Hydropower Station│ Overview of production safety management in the construction of Bagong Hydropower Station│ Observation and analysis of settlement deformation of concrete face rockfill dam of Bagong Hydropower Station│ Optimization and construction of roof sealing design of the water inlet area I of Bagong Hydropower Station│ Analysis and prevention of concrete cracks in the water inlet and spillway of Bagong Hydropower Station│ Concrete construction technology of long steep spillway chute of Bagong Hydropower Station│ Quality control of filling construction of rockfill dam of Bagong Hydropower Station│ Concrete construction of face rockfill dam of Bagong Hydropower Station│ Research on short-term optimal dispatch of cascade hydropower stations under market environment│ The role of municipal water administrative departments in the supervision of rural hydropower efficiency and capacity expansion projects│ Pay fees for the site and factory buildings of Bulunkou-Gongger Hydropower Station│ Cooling measures for construction of the high temperature tunnel section of the power tunnel of Bulunkou-Gongger Hydropower Station│ Winter construction measures for diversion tunnel lining of Bulunkou-Gongger Hydropower Station│ Comparison and implementation effect analysis of black water ditch diversion schemes of Bulunkou-Gongger Hydropower Station│ Treatment and discussion of diversion tunnel collapse of Bulunkou-Gongger Hydropower Station│ Selection and risk analysis of cofferdam type of Burqin Shankou Hydropower Station│ Engineering geology of Busuanga Hydropower Station dam site area│ Trackless sliding form construction of dam face concrete of Busi Hydropower Station│ Application of curtain controllable grouting technology in sealing leakage of the exit cofferdam of Jin'anqiao Hydropower Station│ Energy conversion analysis and calculation for energy saving assessment of conventional hydropower stations│ Research on ventilation equipment planning during construction period of underground caverns of hydropower projects in plain areas│ Construction and application of automatic water regime measurement and reporting system for Pingban Hydropower Station│ Comparison of site selection and overall hub layout plans for Pingfu Hydropower Station│ Preliminary analysis of the impact of dam failure of Meifeng Hydropower Station in Guangdong Province │ Problems and solutions during the implementation of Guangxi's small hydropower fuel replacement project │ Overall design of Guangxi Zuojiang Shanxiu Hydropower Station hub │ Research and development of online forecasting and dispatching early warning system for Guangxi Power Grid Hydropower Station Group │ Research and development of water flow forecast system for Guangxi Power Grid Hydropower Station Group │ Guangxi Power Grid Hydropower Economic Operation Evaluation and Statistics System and Application │ Numerical simulation of the bottom flow energy dissipation design of the diversion and spillway tunnel of the Kushtayi Hydropower Station │ Construction management of the Kushtayi Hydropower Station project │ Construction quality management of the Kushtayi Hydropower Station project │ Hub layout and main design features of the Kushtayi Hydropower Station project │ Brief analysis of the soil and water conservation plan of the Kushtayi Hydropower Station project │ Design of asphalt concrete core dam of the Kushtayi Hydropower Station project │ A brief analysis of the supervision work during the construction of the Kushtayi Hydropower Station│ Vibration aging treatment of the diversion steel manifolds of the Kushtayi Hydropower Station│ Rapid and efficient grouting construction technology for the asphalt core wall dam foundation of the Kushtayi Hydropower Station│ The filling construction technology of the asphalt concrete core dam body of the Kushtayi Hydropower Station│ Experimental research on the steep groove step energy dissipation of the spillway of the Kushtayi Hydropower Station│ Design of electrical main wiring of Kushtayi Hydropower Station │ Winter construction field test of roller-compacted asphalt concrete core wall of Kushtayi Hydropower Station │ Assessment of the use efficiency of financial resources of the Armed Police Hydropower Force under emergency rescue conditions │ Internet of Things architecture safety monitoring and management system applied to hydropower station hoisting equipment │ Application of bottom fence dam in Pakistan hydropower station │ Brief description of the excavation and construction of long-span pressure regulating well of Miaolin Hydropower Station │ The significance and role of constructing the Imbru Hydropower Station in Congo│ Carry out rural hydropower renewal and transformation to take the road of sustainable development│ Expand your thinking and promote the vigorous development of Sanshenggong Phase II Hydropower Station│ Experimental analysis of iron loss of the stator of the 1-# generator of the Nontao Hydropower Station│ Research and application of roller compacted concrete admixtures for the dam of the Nontao Hydropower Station│ Analysis of the plan for blocking the gate and lower gate of the diversion tunnel of the Nontao Hydropower Station│ Design and flood relief of the diversion tunnel of the Nontao Hydropower Station│ Quality supervision and effect evaluation of the construction of the RCC dam project of the Nontao Hydropower Station│ Research and application of the structural form design of the tailwater outlet retaining sill of the diversion hydropower station│ Practice of treatment measures for diversion tunnel concrete pouring problems in the Hohhot pumped storage hydropower station│ Discussion on the technical scheme of the head hydropower station of the main canal of the diversion project│ Analysis of power generation equipment defects and faults causing abnormalities in hydropower units │ Design of the installed capacity of the downstream Motan Hydropower Station after the construction of Zhangfeng Reservoir │ Design of efficiency enhancement and capacity expansion of Zhangwangmiao Hydropower Station │ Thoughts on strengthening government supply to promote rural hydropower development │ Application of the intensity reduction method in the analysis of the slope stability of the 13-# slag yard of Jinping Hydropower Station’s external road │ Current problems and policy suggestions faced in accelerating hydropower construction in my country │ Construction of unbonded prestressed anchor cables for the main powerhouse and the tailrace tunnel of Pengshui Hydropower Station│ Secondary tensioning construction technology of high-strength prestressed anchors for rock wall crane beams in the underground powerhouse of Pengshui Hydropower Station│ Concrete sealing construction of the diversion tunnel of Pengshui Hydropower Station│ A review of the construction method of large-scale load-bearing racking for the box beam of the 6th span aqueduct of the ship lock of Pengshui Hydropower Station│ Numerical simulation of the entire process of excavation and support of the underground powerhouse of Pengshui Hydropower Station│ RCC construction technology and supervision quality control measures of Peng Hydropower Station │ Black start emergency operation drill of Zhangwu Hydropower Station │ Factors affecting the quality of environmental supervision of hydropower projects and improvement measures │ Application of circulating coolers in hydropower stations │ Application of microcomputer-type automatic quasi-synchronous devices in Dongshuixia Hydropower Station │ Calculation of sedimentation in the reservoir of Delxi Hydropower Station │ Discussion on the output line management plan of each power station of Huaiji Hydropower Station │ Environmental impact assessment and scheme comparison of hydropower development in the upper reaches of the Nu River │ Research on the impact of cascade hydropower development on the water temperature and countermeasures in the Nu River │ Control and protection design of Silin Hydropower Station │ Application of suspended support platform in the renovation project of the floodway of Yunpeng Hydropower Station │ Three-dimensional seepage analysis of the Golantan Hydropower Station dam foundation │ Determination of the dam foundation surface and dam foundation treatment of the Golantan Hydropower Station │ Monitoring of dam surface deformation of Golantan Hydropower Station │ Treatment of collapse of the road around the dam on the left bank of Golantan Hydropower Station │ Analysis of the impact of discharge water mist from Golantan Hydropower Station on electrical equipment │ Structural design of gate piers for discharge meters of Golantan Hydropower Station │ Analysis of safety monitoring data of high slopes of Golantan Hydropower Station │ Overview of high slope management of Golantan Hydropower Station │ Development of underground power station construction in my country │ Small hydropower development and environmental protection in my country │ The current situation of small hydropower in my country and its prospects for alternative fuels │ The current situation and future of hydropower construction in my country │ The development, current situation and thinking of hydropower environmental protection in my country │ Overview of scientific and technological innovation and progress of hydropower in my country │ The development of underground powerhouses of hydropower stations in China │ Discussion of life risk standards for dam failure in hydropower stations in my country │ The situation and tasks facing hydropower in my country │ Social evaluation methods and experiences of hydropower projects in my country │ Research on countermeasures for my country's overseas hydropower project investment and government guidance │ Discussion on the organizational system of my country's green hydropower certification │ Application of combined energy dissipation of diversion and diversion in hydropower projects in narrow bends │ Measures to deal with large collapses in the construction of the diversion tunnels of the planned fourth-level hydropower stations │ Build a professional team to strive to promote the technological process of the hydropower industry │ Analysis of the causes of differential action of the No. 1 main transformer of Tuohongtai Hydropower Station │ Application of grab-grooved concrete anti-seepage wall technology in Bingling Hydropower Station reservoir area protection project│ Application of tensile unbonded prestressed anchor cables in high slope support project of Nuozhadu Hydropower Station│ Investment management of Laqi Hydropower Station project│ Analysis and application of anti-arch water cushion pond structure in Laxiwa Hydropower Station│ Crack treatment technology and evaluation of main dam of Laxiwa Hydropower Station│ Technical Measures for the Construction of Fair Concrete in the Underground Powerhouse of Laxiwa Hydropower Station│ Optimization Design of Concrete Mix Ratio for the Dam Body of Laxiwa Hydropower Station│ Construction Technology of Chemical Grouting for Concrete Cracks in the Dam of Laxiwa Hydropower Station│ Review of the Design of Safety Monitoring Automation System of Laxiwa Hydropower Station│ Concrete Sliding Form Construction of Tailwater Gate Well of Laxiwa Hydropower Station│ Experimental Research on Maintaining Air Content in Concrete and Improving Concrete Durability in Laxiwa Hydropower Station Project│ Curtain grouting test of the EL2 250m grouting hole in the left bank dam foundation of Laxiwa Hydropower Station│ High stress unloading and high slope excavation technology on the left bank of Laxiwa Hydropower Station│ Manufacturing and installation plan and implementation of pressure steel pipes in the diversion tunnel of Laxiwa Hydropower Station│ Controlled blasting of bedrock around the newly poured concrete of the arch dam of Laxiwa Hydropower Station│ Optimization of joint grouting construction technology in Laxiwa Hydropower Station│ Design of emergency gate and door slot for flood discharge bottom hole of Laxiwa Hydropower Station│ First phase installation and construction of track embedded parts for flood discharge bottom hole and deep hole accident gate of Laxiwa Hydropower Station│ Installation technology of steel lining in deep hole pressurized section of Laxiwa Hydropower Station│ Structure and characteristics of monitoring automation system of Laxiwa Hydropower Station│ Design of communication system of Laxiwa Hydropower Station│ Research on arch sealing grouting technology of high arch dam of Laxiwa Hydropower Station│ Comprehensive construction of safety protection for high slopes of La Siwa Hydropower Station │ Hydraulic sliding form construction technology for pressure regulating wells of Dahei Hydropower Station │ Application of vibroflush method in water conservancy and hydropower projects │ Application of oil discharge and nitrogen filling for fire extinguishing in the main transformer firefighting of Kamchai PH1 Hydropower Station in Cambodia │ Analysis of reference factors for the selection of management model of water conservancy and hydropower projects in my country │ Analysis of the main influence of water level and flow relationship on hydropower engineering design │ Exploring the innovation of human resources management in water conservancy and hydropower survey and design enterprises │ Discussing water conservancy and hydropower projects under the concept of sustainable development │ Discussing the feasibility of refining the naming of electrical secondary cables in hydropower stations │ Thoughts on promoting the development of small hydropower in my country │ Promoting the adjustment and transformation of the hydropower force and strengthening the financial management of projects under construction │ The application of measure fee claims in the excavation of water conservancy and hydropower projects │ Discussion of relevant measures to improve the economic operation of hydropower stations │ Characteristics and cost analysis of foreign aid water conservancy and hydropower project investment preparation│ Application of modified polypropylene fiber concrete in the ship lock of Qiaogong Hydropower Station│ Application of numerical prediction technology in Fengman Hydropower Station│ Application of mathematical model in medium and long-term forecast of Manwan Hydropower Station│ Application of rectifier feedback in the hoist of hydropower station│ Design of hydraulic machinery of Wenzhen Hydropower Station│ Characteristics of the SCADA system of the South Derivatu Hydropower Station in Fiji│ Design of the roof support of the main plant of the South Derivatu Hydropower Station in Fiji│ Design and practice of GIN grouting for the South Derivatu Hydropower Station project in Fiji│ Analysis of the causes of tunnel leakage and floor cracks in the South Derivatu Hydropower Station project in Fiji│ Calculation and analysis of the spillway side wall structure of the spillway of the South Derivatu Hydropower Station in Fiji│ Finite element calculation and analysis of the structural stress of the surface hole working arc door of Fiji's South Derivatu Hydropower Station│ Insulation and pressure-preserving casting of the water distribution ring pipe of Fiji's South Derivatu Hydropower Station│ Finite element calculation and analysis of the structural stress of the tunnel entrance accident gate of Fiji's South Derivatu Hydropower Station│ Structural design of the non-load-bearing partition wall of Fiji's South Derivatu Hydropower Station│ Construction technology of curtain grouting for the deformed and cracked body of the Xieka Hydropower Station│ A review of reverse seepage treatment methods for the rockfill dam of the Xieka Hydropower Station│ Design of the hydraulic mechanical auxiliary system of the Sdenwodai II Hydropower Station│ Application of new microcomputer automation equipment in the technical transformation of hydropower stations│ Application of new fire alarm systems in Xiangjiaba Hydropower Station│ Application of new electro-hydraulic speed regulators in Xinjiang Shankou Hydropower Station│ Improvement of water filling methods for hydroelectric generator units of Xin'anjiang Hydropower Station│ A preliminary study on the impact of water conservancy and hydropower construction on the ecological environment in the new era │ The new bill promotes the new development of small hydropower in the United States │ The application of new concrete production and lifting technology in the construction of Dagangtu Hydropower Station │ Analysis and research on the capacity expansion and reconstruction of the turbine unit of the third-level hydropower station in Xinyuan County │ Analysis and selection of key issues in the hub layout of Xintian Hydropower Station │ Analysis of sediment erosion and sedimentation at Haxionggou Hydropower Station in Xinjiang │ Research on the sediment problem of Tarilega Hydropower Station in Xinjiang │ Construction technology of the diversion tunnel of the second bid section of Dashankou Secondary Hydropower Station in Xinjiang │ Design of the control gate of Xiaoshankou Secondary Hydropower Station in Xinjiang │ Vibration analysis of the unit of Xiaoshankou Hydropower Station in Xinjiang │ Discussion on public participation in the environmental impact assessment of water conservancy and hydropower projects in ethnic minority areas in Xinjiang - taking the Momok Water Conservancy Project on the Tiznafu River in Xinjiang as an example │ Optimization of RCC mix ratio for Shankou Hydropower Station in Xinjiang │ Selection of hydropower development plan for the section from Shali Guilanke to Qiuger canal of Tuoshgan River in Xinjiang │ Lighting design of a hydropower station workshop in Xinjiang │ Design of the slope of the diversion tunnel diversion tunnel of a hydropower station in Xinjiang │ Layout of the barrage and water diversion hub of a hydropower station project in Xinjiang │ Design of branch hole plugs for the diversion and power generation tunnel construction of a hydropower station in Xinjiang │ Construction diversion design of a hydropower station in Xinjiang│ Design test of high-strength concrete mix ratio for deep hole spillway tunnel of a hydropower station in Xinjiang│ Hydraulic model test research on the spillway platform stage of a hydropower station in Xinjiang│ Treatment of cave roof collapse of the diversion tunnel of Liushugou Hydropower Station project in Xinjiang│ Design of diversion and flood discharge tunnel of Liushugou Hydropower Station project in Xinjiang│ Problems and countermeasures in land acquisition and resettlement for water conservancy and hydropower projects in Xinjiang │ Xinjiang Bobona Hydropower Station project insurance management practice │ Stability analysis of the arch dam abutment of Fangzhu Hydropower Station │ Cost control of water conservancy and hydropower projects during the construction bidding stage │ Trial of surrounding rock classification method in Chengzigou Hydropower Station during the construction stage │ Application of uncovered heavy consolidation grouting in Mayina Hydropower Station in Kazakhstan │ Application of alkali-free accelerating setting agent in Xiluodu Hydropower Station│ Application practice of alkali-free accelerating setting agent in Xiluodu Hydropower Station│ Application of wireless monitoring system in grouting construction of Luding Hydropower Station│ Application of unbonded prestressed anchor cables in Laxiwa Hydropower Station│ Selection of unit models of Xunyang Hydropower Station│ Concrete mix ratio and performance test of Xunyang Hydropower Station│ Fishway design of Xunyang Hydropower Station │ Excavation and lining of the diversion tunnel of Kunjiang 2 Hydropower Station │ Design research and application of comprehensive automation system of Changma Cascade Hydropower Station │ Problems and countermeasures in the operation and management of small hydropower in Mingxi County │ Stability analysis after the first earthquake of the Yingxiuwan Hydropower Station gate │ Analysis of the current situation of dispatching and management of small and medium-sized hydropower in Zhaotong City │ Analysis of the current situation of the small hydropower industry in Jingning County and countermeasures │ Research on the experimental application of intelligent compaction process control system in water conservancy and hydropower projects │ Comparison and selection of swamp channel foundation treatment solutions for Manvelai Hydropower Station │ Design of video surveillance system for Manvelai Hydropower Station │ Application of finite element analysis in 363kVGIS seismic analysis of Jishixia Hydropower Station │ Construction technology of underground powerhouse of Muzuo Hydropower Station │ Optimized design and construction of No. 2 branch hole of Jupiter Hydropower Station │ Turbine selection and design of Jupiter Tu Hydropower Station│ Installation technology and scheme design of large gold-lined pressure steel pipes for vertical shafts of Jupiter Tu Hydropower Station│ Unit start-up and trial operation procedures (hydropower) │ Research on the importance of unit selection for the transformation of small hydropower stations│ Construction and quality control of culverts of Zamusi Level 1 Hydropower Station│ Metal structure design of flood discharge system of Lixianjiang Golantan Hydropower Station project│ Suggestions for improving the 3ω stator grounding protection of the generator of Lijiaxia Hydropower Station│ Quicksand phenomenon and treatment measures in the foundation treatment of Lijiaxia Hydropower Station│ Causes and treatment of unit vibration of Yangjiaba Hydropower Station│ Flood discharge and energy dissipation design of Yangfanggou Hydropower Station│ Experimental study of Duncan EB and E-μ model parameters of the upstream earth-rock cofferdam of Songta Hydropower Station│ Design of energy dissipation well for water supply pipeline of Songta Hydropower Station│ Impact of the construction of Songta Hydropower Station on the regional environment │ Analysis and evaluation of soil penetration stability of the dam foundation and dam body of Songta Hydropower Station hub project │ Experimental research on toe plate grouting of Songjiang River Cascade Hydropower Station │ Excavation construction technology of butterfly valve chamber of Songgaoluo Hydropower Station │ Solution to abnormal vibration in the high-load zone of No. 1 turbine of Goupitan Hydropower Station and its field test analysis │ Main protection configuration scheme for internal fault of 600MW generator of Goupitan Hydropower Station│ Construction of RCC cofferdam upstream of Goupitan Hydropower Station│ Quality control of RCC cofferdam downstream of Goupitan Hydropower Station│ Measurement of construction control network of double-curved arch dam of Goupitan Hydropower Station│ Construction of concrete temperature control of double-curved arch dam of Goupitan Hydropower Station│ Assembly and construction technology of generator stator of Goupitan Hydropower Station│ Installation characteristics of generator sets of Goupitan Hydropower Station │ Excavation and construction of K280 solution tank on the right abutment of Goupitan Hydropower Station │ Excavation and construction technology of right bank abutment of Goupitan Hydropower Station │ Construction and quality control of anchor shotcrete support on the right bank abutment of Goupitan Hydropower Station │ Construction technology of dam joint grouting of Goupitan Hydropower Station │ Construction technology of dam joint grouting of Goupitan Hydropower Station │ Goupitan Hydropower Station tailwater outlet high slope excavation and support │ Goupitan Hydropower Station tailwater surge chamber excavation and support │ Goupitan Hydropower Station seat ring installation technology │ Goupitan Hydropower Station arch dam engineering construction technology management review │ Goupitan Hydropower Station arch dam concrete temperature stress analysis and control measures │ Goupitan Hydropower Station construction of power saving and consumption reduction technology application │ Construction technology of anti-scouring and wear-resistant concrete for the side wall of the cushion pond of Goupitan Hydropower Station│ Installation technology of water inlet door machine of Goupitan Hydropower Station│Concrete construction technology control of water inlet tower of Goupitan Hydropower Station│ Treatment of geological defects in the anti-seepage curtain axis of Goupitan Hydropower Station│ Key technologies for high arch dam construction of Goupitan Hydropower Station│ "Five Controls" management practice of Zhenzhen Dam Level 1 Hydropower Station│ Leakage plugging treatment of the upstream cofferdam foundation leakage channel of the second phase of Zhenzhuiba I Hydropower Station│ Design and optimization of the second phase cofferdam of the Zhenzhui Ba I Hydropower Station│ Design and construction of the second phase of the Zhenzhui Ba I Hydropower Station│ Design and optimization of diversion design and optimization of the phased construction of the Zhenzhui Ba I Hydropower Station│ Selection and application of TPY class current transformers for differential protection of the generator transformer group of the Zhenzhui Ba I Hydropower Station│ Assembly process of the stator core of the Zhenzhuiba I Hydropower Station│ Analysis of the impact of the Zhenzhuiba I Hydropower Station on the visual landscape of the canyon│ Planning and design of the diversion project of the Zhenzhuiba I Hydropower Station│ Construction of the longitudinal cofferdam of the diversion open channel of the Zhenzhuiba I Hydropower Station with RCC construction│ Comparative selection of anti-seepage methods for the diversion open channel of the Zhenzhuiba I Hydropower Station│ Exploration and practice of optimal management of the construction environment of the Zhenzhuiba I Hydropower Station│ Extraction and utilization of excavated materials of Zhenzhuiba I Hydropower Station│ Design optimization management of the bidding and construction phase of Zhenzhui Ba I Hydropower Station│ Overview of hub layout design of Zhenzhui Ba I Hydropower Station│ Magnetization test of turbine generator stator of Zhenzhui Ba I Hydropower Station│ Assembly and welding process of rotor bracket assembly and welding of turbine generator of Zhenzhui Ba I Hydropower Station│ Relay protection configuration of Zhenzhui Ba I Hydropower Station│ 枕头坝一级水电站设计优化与相应的投资控制风险│ 枕头坝一级水电站铬铁合金渣骨料混凝土应用研究│ 枕头坝一级水电站防渗帷幕灌浆生产性试验研究│ 枕头坝水电站导流明渠进口预留岩埂水下爆破施工│ 枕头坝水电站砂石料加工系统自动化控制│ 枫树坝水电站转轮裂纹原因及处理措施│ 架桥机在沙沱水电站的应用研究│ 某国外水电工程闸坝C600高抗混凝土的设计优化│ 某小型水电站压力钢管过河方案优化设计│ 某小型水电站引水系统优化设计│ 某小型水电站技术供水系统改造│ 某水电枢纽工程引水隧洞塌方处理有限元法计算分析│ 某水电站750kV出线楼地震反应分析研究│ 某水电站Ⅰ号滑坡稳定性研究│ 某水电站上游围堰防渗体的优化布置│ 某水电站主厂房钢管混凝土组合结构设计│ 某水电站低温下碾压沥青混凝土配合比研究│ 某水电站厂房牛腿裂缝检测及成因分析│ 某水电站厂房调压室半确定性块体稳定性浅析│ 某水电站右岸断层施工稳定性研究│ 某水电站右岸闸址边坡危岩体失稳运动特征研究│ 某水电站围岩弹性抗力系数试验研究│ 某水电站地下厂房开挖过程中稳定性初步分析│ 某水电站坝型对地质条件的适应性分析│ 某水电站坝基析出物分析│ 某水电站大坝基础防渗处理设计│ 某水电站大坝帷幕灌浆试验与分析│ 某水电站大孔口深孔弧形闸门设计探讨│ 某水电站定期冲洗式沉沙池设计研究│ 某水电站导流洞特大型塌方的处理│ 某水电站导流洞进口边坡的垮塌原因分析│ 某水电站导流洞进口边坡的垮塌及其处理│ 某水电站工程1号倾倒变形体成因机制分析│ 某水电站工程坝基岩体钻孔压水试验与结果分析│ 某水电站工程大坝方案的确定│ 某水电站工程面板坝趾板基础黄铁矿处理设计│ 某水电站底孔泄水道冲蚀破坏原因分析及修补措施│ 某水电站底孔泄水道冲蚀破坏原因分析及设计体会│ 某水电站建设项目地质灾害危险性评估分析│ 某水电站弃渣场稳定性计算及对泥石流的影响分析│ 某水电站引水渠决口事故技术分析│ 某水电站引水隧洞出口高边坡变形机理研究│ 某水电站引水隧洞开挖支护数值模拟研究│ 某水电站施工期河床坝段建基面优化及校核│ 某水电站水轮机叶片裂纹处理措施│ 某水电站沉沙池方案比选设计研究│ 某水电站泄水陡坡优化设计│ 某水电站泄水陡坡优化设计水工模型试验│ 某水电站泄洪闸消力池基础渗水带泥原因检查及分析│ 某水电站泄洪隧洞塌方原因分析及教训│ 某水电站洞室爆破对边坡安全影响分析│ 某水电站溢洪道闸室堰体厚度优化分析│ 某水电站滑坡分析与评价│ 某水电站烧瓦事故分析与处理│ 某水电站疏松砂岩工程地质特性及工程处理│ 某水电站的坝型设计方案比选│ 某水电站直流系统的构成与自动化控制技术│ 某水电站竖井滑模施工出现的问题及处理│ 某水电站网线钢杆倒塌事故检测分析│ 某水电站蜗壳外包混凝土结构布置选择│ 某水电站表孔溢洪洞水力特性模型试验研究│ 某水电站进水口边坡局部塌滑分析与处理│ 某水电站钢筋混凝土岔管三维有限元结构分析│ 某水电站长发电引水系统设计和优化│ 某水电站闸坝段稳定分析│ 某水电站闸门开启方式对A处近场振动影响│ 某西部大型水电站下游调压室稳定断面选择│ 查日扣水电站工程混凝土试验研究│ 柬埔寨王国斯登沃代水电站坝基深层双滑动面抗滑稳定计算及处理措施│ 柬埔寨甘再水电站BOT项目安全管理实践与探索│ 柬埔寨甘再水电站BOT项目进度管理的体会│ 柬埔寨甘再水电站PH1厂房布置设计│ 柬埔寨甘再水电站PH1电站定子铁芯硅钢片锈蚀问题及处理方法│ 柬埔寨甘再水电站大坝坝基固结灌浆实践与探索│ 柬埔寨甘再水电站安装工程管理实践与体会│ 柬埔寨甘再水电站档案管理工作总结与探索│ 柬埔寨甘再水电站照明设舌│ 柬埔寨甘再水电站电气设计特点│ 柬埔寨甘再水电站碾压混凝土大坝温度控制研究及实践│ 柬埔寨甘再水电站设计优化的实践│ 柳沟峡水电站工程设计综述│ 标准化工作流程在水电工程实物指标调查中的运用│ 格宾技术在清水塘水电站黄溪口护岸挡墙加固工程中的应用│ 桃源水电站4号机组轴承润滑油系统问题处理及分析│ 桃源水电站主变压器试验方式分析与探讨│ 桃源水电站主接线介绍及其运行方式分析│ 桃源水电站厂房土建与金属结构施工工序间的关系│ 桃源水电站发电机冷却水泵技改方案│ 桃源水电站工程建设安全管理│ 桃源水电站工程建设期洪水风险管控│ 桃源水电站工程的建设管理实践│ 桃源水电站总承包管理模式探讨│ 桃源水电站施工导流设计与实践│ 桃源水电站施工期船闸运行管理│ 桃源水电站施工环境问题分析及对策│ 桃源水电站枢纽布置方案设计综述│ 桃源水电站水库运行方式及回水研究│ 桃源水电站水轮发电机设计│ 桃源水电站泄洪闸弧形门制造│ 桃源水电站混凝土施工监理实践│ 桃源水电站灯泡贯流式机组大件设备的卸船│ 桃源水电站灯泡贯流式水轮机转轮叶片数选择│ 桃源水电站移民投资监理实践与启示│ 桃源水电站船闸下游引航道主导航墙结构型式研究│ 桃源水电站调速系统油压装置优化研究│ 桃源水电站贯流式机组流道盖板安装工序优化│ 桃源水电站超硬砂砾石制砂工艺设计与运行│ 桃源水电站锚链悬索拦污排研究│ 框格式地下连续墙在桐子林水电站中的应用│ 桐子林水电站地下连续墙安全监测│ 桐子林水电站导流明渠大体积混凝土温度控制措施│ 桐子林水电站明渠导流方案优化研究│ 桐子林水电站框格式混凝土连续墙施工技术│ 桐子林水电站滑坡体处理的相关措施│ 桐子林水电站高喷灌浆防渗施工技术│ 桥头河一级水电站改善调节保证技术措施│ 桥巩水电站励磁调节器的通讯问题与处理│ 桥巩水电站发电机三次谐波3W定子保护及改造│ 桥巩水电站施工期断航问题分析│ 桥巩水电站混凝土工程温控设计│ 桥巩水电站移民监理的主要做法和体会│ 桩基在多布水电站厂房深覆盖层地基中的应用│ 梨园水电站4号引水道下弯段塌方的处理措施│ 梨园水电站“小业主、大监理”体制下“合署办公＂管理模式实践│ 梨园水电站冰水堆积体开挖钻孔机械的选择│ 梨园水电站发电机通风冷却系统设计说明│ 梨园水电站土石方调配方案研究│ 梨园水电站大坝围堰填筑施工工艺│ 梨园水电站大坝混凝土施工及裂缝处理技术│ 梨园水电站大型厂房快速施工技术│ 梨园水电站导流洞不良地质洞段支护处理措施│ 梨园水电站导流洞封堵灌浆施工技术│ 梨园水电站导流洞局部混凝土低强度原因分析及处理经验│ 梨园水电站导流洞洞脸边坡安全监测分析│ 梨园水电站导流洞特大塌方施工技术│ 梨园水电站导流洞进口洞脸边坡变形开裂区施工技术│ 梨园水电站工程建设投资控制和管理│ 梨园水电站左岸混凝土生产场平系统高边坡支护排架的安全设计及计算│ 梨园水电站左岸趾板冰水堆积体开挖爆破试验研究│ 梨园水电站念生垦沟大型堆积体洽理过程综述│ 梨园水电站念生垦沟特大堆积体滑坡治理│ 梨园水电站数字大坝填筑质量监控系统的应用分析│ 梨园水电站枢纽布置研究│ 梨园水电站水库移民搬迁社会风险分析│ 梨园水电站水轮机转轮的现场组焊│ 梨园水电站泄洪冲沙洞闸门井快速开挖施工技术│ 梨园水电站混凝土面板堆石坝填筑质量控制│ 梨园水电站混凝土面板堆石坝技术优化与质量管控措施│ 梨园水电站溢洪道弧形工作闸门安装技术│ 梨园水电站移民安置生产生活水平恢复分析评估│ 梨园水电站移民工作综述│ 梨园水电站竣工决算编制及审计思考│ 梨园水电站趾板固结灌浆试验│ 梯级水电站优化调度方案效益分析及分配研究│ 梯级水电站发电优化调度研究│ 梯级水电站对库区和河道水温的影响预测│ 梯级水电站水库洪水补偿调度方式应用研究│ 梯级水电站短期优化调度算法研究│ 梯级水电站短期优化调度算法研究及软件开发│ 梯级水电站群联合优化调度研究与应用│ 梯级水电站群联合调度多目标风险决策模型│ 梯级水电站节能发电多目标优化调度模型研究│ 楞古水电站雨日堆积体岸坡稳定性研究│ 楼方水电站2号机组无法增加有功的原因分析与处理│ 横江水库坝后式水电站增效扩容改造综合自动化系统设计│ 橙子沟水电站大直径调压井施工技术│ 橙子沟水电站超大直径调压井关键施工技术│ 橡胶坝技术在水电工程中的运用│ 欧田水电站浆砌石主坝三维有限元分析│ 正交法在沙坪水电站工程泵送混凝土配合比设计中的应用│ 正孔水电站工程水轮发电机组的选型分析│ 正确处理水电站机组试运中出现的问题│ 武山县小水电的运行管理与发展│ 武警水电部队信息化建设支撑环境策略│ 武警水电部队在应急抢险施工中的做法浅谈│ 武警水电部队堤坝抢险施工技术简述│ 武警水电部队应急抢险任务形势分析与应对探讨│ 武警水电部队应急抢险装备保障的思考│ 武警水电部队遂行应急救援经费保障与管理│ 毛尔盖水电站机组结构设计│ 气候变化对长白山区地方水电的影响与应对策略│ 水下导管法浇筑混凝土技术在龚嘴水电站水下修补中的应用│ 水利水电出版物AutoCAD插图处理的协同工作模式│ 水利水电勘察设计企业实施全面预算管理的探讨│ 水利水电基础工程施工工艺及技术分析│ 水利水电工程“封库令”对地方经济发展的影响分析│ 水利水电工程三维数字化设计平台建设与应用│ 水利水电工程与公路和铁路工程建设征地比较│ 水利水电工程业主施工合同风险分析与防范│ 水利水电工程中粘土铺盖施工法的应用│ 水利水电工程压力钢管制作技术│ 水利水电工程地基土体液化复判方法的探讨│ 水利水电工程多源地质数据集成处理与分析│ 水利水电工程安全生产标准化建设问题探讨│ 水利水电工程对生态环境的影响分析与对策│ 水利水电工程库岸稳定问题-以陕西省佛坪县金水河西花、沙梁水电站工程为例│ 水利水电工程建筑设计策略研究│ 水利水电工程建设安全管理工作探讨│ 水利水电工程建设征地移民安置规划相关问题的探讨│ 水利水电工程建设项目管理探讨│ 水利水电工程成本与安全关系研究分析│ 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水力自动翻板坝在杨墩水电站的应用与改造│ 水力自控翻板闸门在水利水电工程中的应用│ 水力自控翻板闸门在竹桥水电站中的应用│ 水对水利水电工程边坡稳定的影响与解决方法分析│ 水布垭水电站面板堆石坝施工技术与应用│ 水布垭水电站面板挠度监测方法比较│ 水平破碎岩层隧洞施工工艺——柬埔寨甘再水电站引水隧洞施工管理纪实│ 水情自动测报系统在水电工程中的应用│ 水泊峡水电站Ⅶ号滑坡体稳定分析与治理方案研究│ 水泥基锚固剂倒楔锚杆在公伯峡水电站导流洞工程中的应用│ 水津关水电站工程厂房进水口拦污栅框架三维有限元计算分析│ 水牛家水电站大坝碎石土心墙冬季施工研究│ 水电BOT建设项目定价方法及策略研究│ 水电BOT项目特许权期的决策研究│ 水电企业税负问题分析│ 水电全生命周期工程数据中心及其关键技术│ 水电勘测设计院工程档案文档一体化系统│ 水电厂应用电厂标识系统统码的实践│ 水电可持续性评估工具简析│ 水电地下工程病害剖析及风险防治│ 水电工程“先移民后建设”的实践及认识│ 水电工程三维配筋的应用与思考│ 水电工程业主试验室作用的探讨│ 水电工程作业环境职业危害评价模型研究│ 水电工程勘察设计质量管理探讨│ 水电工程变更与索赔探讨│ 水电工程可行性研究阶段节能降耗分析计算│ 水电工程地质信息管理系统研究│ 水电工程安全文明施工管理与激励机制浅析│ 水电工程安全监测数据管理软件的研制与开发│ 水电工程安全监测系统专项投资编制细则（试行） │ 水电工程安全评价标准探讨│ 水电工程对水生生态的影响初探│ 水电工程建设与生态环境再造│ 水电工程建设与移民安置的探索及实践│ 水电工程建设征地农村移民安置系统研究│ 水电工程建设征地移民实物指标调查问题探讨│ 水电工程建设施工阶段的工程造价管理│ 水电工程建设生态风险评价概念模型研究│ 水电工程建设的集团化管理探索与实践│ 水电工程建设项目中甲供材料的管理│ 水电工程总承包模式下的监理工作实践│ 水电工程技术标准“走出去”战略管理分析原则与框架模型研究│ 水电工程施工中一次性模板费用的计算│ 水电工程施工中设备的现场管理│ 水电工程施工全过程质量监控技术研究│ 水电工程施工合同难点问题的探讨│ 水电工程施工图阶段地质三维建模及分析│ 水电工程施工多发事故原因分析及对策探讨│ 水电工程施工期环境监测计划设计│ 水电工程施工监理档案收集整理│ 水电工程机电设备招标采购常见问题和建议│ 水电工程枢纽三维协同设计系统研究与应用│ 水电工程水土保持方案“以新带老”问题探讨│ 水电工程水土保持设计变更报告有关问题探讨│ 水电工程水工安全鉴定的特点与对策│ 水电工程环境保护标准化管理的探索与实践│ 水电工程环境边坡概念及其工程地质分类│ 水电工程生态环境影响评价指标及其标准探讨│ 水电工程社会稳定风险分析模型研究│ 水电工程移民专业项目路桥复建建设管理模式的探讨与实践│ 水电工程移民前期设计工作管理探讨│ 水电工程移民安置点规划设计的探讨│ 水电工程移民安置环境容量评价研究│ 水电工程移民种植业发展模式探讨│ 水电工程移民管理信息系统研发与实施│ 水电工程移民经济生产适应性研究│ 水电工程移民问题与对策探讨│ 水电工程突发事件应急响应效能Petri网仿真模型│ 水电工程节能降耗分析与研究│ 水电工程蓄水安全鉴定中工程防洪应注意的问题│ 水电工程设计中科技档案收集归档的思考│ 水电工程设计代表工作管理之思考与建议│ 水电工程设计档案中电子文件管理的讨论│ 水电工程设计系统仿真探讨│ 水电工程进场公路路基压实质量实时监控系统│ 水电工程隧洞围岩分类专家系统的开发与应用│ 水电工程项目施工索赔探析│ 水电工程项目施工质量控制刍议│ 水电工程项目管理中的物资采购│ 水电工程预应力闸墩新型扁孔式锚块结构设计技术探讨│ 水电工程鱼类保护流域性管理的国际经验与借鉴│ 水电工程鱼类增殖放流站工艺设计│ 水电工程鱼类增殖放流站设计浅析│ 水电工程鱼类增殖放流设计若干问题探讨│ 水电建筑施工企业VPN网建设部署与实践│ 水电建设单位现场签证法律管理探析│ 水电建设项目全过程跟踪审计的问题及对策│ 水电建设项目合同价格调整的研究│ 水电建设项目环境影响评价中的公众参与问题探讨│ 水电建设项目财务评价实践与分析│ 水电开发对鱼类的影响及其保护措施│ 水电开发的生态补偿方法探讨│ 水电开发项目生态补偿机制研究│ 水电施工企业加强设备现场修理工培训的措施及方法│ 水电施工企业成立资金结算中心的必要性│ 水电施工企业材料管理容易出现的问题及对策│ 水电施工企业科技创新存在的问题及改进方法浅议│ 水电施工企业项目安全管理综述│ 水电施工企业项目集群之信息化管理方法│ 水电施工安全隐患排查技术研究及应用│ 水电施工现场危险源辨识及安全评价│ 水电机组发电机转子圆度分析方法研究│ 水电机组振动信号特征提取│ 水电机组效率在线监测系统建立的实用化技术│ 水电机组智能盘车系统关键技术探讨与实践│ 水电机组状态检修发展思路探讨│ 水电机组运行设备的检测诊断│ 水电枢纽HEC混凝土道路施工设计研究│ 水电枢纽工程专项验收实践与探索│ 水电梯级开发对乌江流域景观生态系统的影响│ 水电水利工程地质参数取值问题的几点讨论│ 水电水利工程边坡若干问题探讨│ 水电移民安置补偿“16118”政策实践分析│ 水电移民工程建设项目的投资控制方法研究│ 水电站下坡长引水隧洞气团运动危害性分析│ 水电站与风电补偿运行探讨│ 水电站中明管可靠度校准分析│ 水电站中长期发电调度理论研究│ 水电站主变压器高压侧接地故障传递电压对发电机定子接地保护的影响│ 水电站优化调度决策辅助系统的研究│ 水电站典型厂用变支路接线及继电保护配置分析│ 水电站冬季转轮运行技术研究与应用│ 水电站初期蓄水过程计算方法│ 水电站厂内经济运行实用化方法研究│ 水电站厂区围堰高压旋喷防渗墙施工技术│ 水电站厂坝连接形式有限元分析│ 水电站厂房三面墙体式安装间段的自振特性及地震反应特点│ 水电站厂房中大吨位钢吊车梁设计│ 水电站厂房大体积混凝土温度应力分析与防裂措施│ 水电站厂房蜗壳混凝土施工关键技术分析│ 水电站厂房轨道预制梁吊装安全性分析│ 水电站厂房风罩温度应力分析│ 水电站厂用电分支回路操作及保护设备配置方案浅析│ 水电站压力管道取水对发电机组出力影响分析│ 水电站压力钢管安装工艺介绍│ 水电站压力钢管岔管制作与水压试验│ 水电站压力钢管摄影测量及逆向建模分析│ 水电站厚钢板压力钢管埋弧焊工艺浅析│ 水电站发电引水渠冻胀处理工艺│ 水电站发电机低励限制与失磁保护配合校核计算│ 水电站发电机断路器选型与改造│ 水电站变压器水喷雾包络线消防系统应用│ 水电站同步发电机噪声产生原因及措施│ 水电站启闭机卷筒有限元分析应用及实践│ 水电站土坝输水涵洞（管）病险原因分析及加固│ 水电站土建工程推行合理低价中标的探讨│ 水电站地下厂房对洞室围岩地震反应的影响│ 水电站地下厂房风罩结构有限元计算分析│ 水电站地下洞室区域地应力场反演分析│ 水电站地下洞室群非线性地震反应数值仿真│ 水电站场内交通工程采购典型问题与和谐改进│ 水电站坝面渗漏水综合处理技术│ 水电站垫层蜗壳座环受力机理研究│ 水电站增容改造方案及自动化技术研究│ 水电站大坝导流及其施工技术探讨│ 水电站大坝柴油发电机的改造│ 水电站大坝绕坝渗流自动化监测系统恢复工程│ 水电站大型桥式起重机起升机构结构形式和性能分析│ 水电站实时经济运行振动区回避策略研究│ 水电站导流洞下闸封堵施工技术│ 水电站导流洞内生态放水小型电站“两机一列式”地下厂房布置的研究与应用│ 水电站导流洞开挖施工技术探讨│ 水电站尾水壅水堰堰体水下施工关键技术│ 水电站尾水河道疏浚开挖的研究│ 水电站尾水管隔墩结构与水力联合优化研究│ 水电站工程建设中预防与遏制 * * Strategies │ Research on the bidding management of hydropower station projects │ Design characteristics of roof maintenance ladders of hydropower station buildings │ Research on new water and soil loss prediction and prevention measures during hydropower station construction │ Impact of hydropower station construction on Tao River aquatic life and protection measures │ Analysis of the impact of hydropower station construction on the water environment of the Yellow River Basin │ New financing model for hydropower station construction - taking the Kena River Cascade Hydropower Station as an example │ Numerical solution for runoff regulation of hydropower stations│ Analysis of hydropower station technical water supply system design│ Hydropower station pollution interception and cleaning technology and improvement│ Hydropower station water discharge culvert construction technical treatment│ System dynamics analysis of safety management level of hydropower station construction site personnel│ Research on ecological and hydrological evaluation methods for the impact of hydropower station daily regulation on river habitat conditions│ Research on hydropower station intelligent system│ Analysis on the construction technology of concrete lining of pressurized tunnels and pressure regulating shafts of hydropower stations│ Improvement and practical research on dynamic calculation methods of hydropower station piers│ Discussion on transportation issues of heavy items of electromechanical equipment in hydropower stations│ Development of hydropower station unit parameter and factory building size calculation software│ Design and application of intelligent turning system of hydropower station units│ Preliminary research on capacity selection of hydropower station diesel generator sets│ Analysis of annual changes in soil fertility of the base material of the vegetation concrete slope ecological protection project of hydropower stations│ Hydraulic gate operation accidents and countermeasures of hydropower stations│ Chaos particle swarm algorithm for optimal scheduling of hydropower station reservoirs│ Improved chaotic genetic algorithm for optimal scheduling of hydropower station reservoirs│ On-site implementation of iron loss test on the stator core of hydropower station turbine generator│ Optimization and decision-making of dynamic characteristics data storage of hydropower station turbine generators│ A brief analysis of the renovation design of the sluice gate of the hydropower station│ Failure analysis and treatment of the hydraulic device control system of the hydropower station│ Treatment and prevention measures of concrete cracks in the floodgate of the hydropower station│ Analysis of the strength and stability of the floodgate chamber of the hydropower station│ Improvement of the water level monitoring circuit of the fire pool of the hydropower station│ Analysis and prevention measures of cracks in the concrete floor of the hydropower station│ Treatment of concrete cracks in the foundation of the concrete gravity dam section of the hydropower station│ Discussion on the simulation method of accumulation form of floating objects in hydropower stations│ Static load test of bridges under special load of hydropower stations│ Capacity expansion and transformation of electrical equipment of hydropower stations│ Construction of emergency systems of hydropower stations│ Sand prevention measures of hydropower stations│ Research on improvement of economic operation assessment indicators of hydropower stations│ Analysis of existing problems and core countermeasures in the management of relay protection devices of hydropower stations│ Exploration and research on green maintenance strategies of hydropower stations│ Design of network video surveillance system for hydropower stations │ Analysis of influencing factors of energy indicators of hydropower stations │ CFD simulation of the working process of siphon water inlets of hydropower stations │ Discussion on the design of siphon water inlets of hydropower stations │ Contact grouting construction technology of hydropower station volutes │ Process optimization design of computer monitoring system of hydropower stations │ Research on stability and safety precautions of rapid gates of pressure regulating shafts of hydropower stations │ Stress analysis of hydropower station pressure regulating wells during operation │ Combined application and common faults of hydropower station speed regulators and pressure regulating valves │ Research on testing methods of hydropower station speed regulation system model parameters │ Thoughts on property insurance for hydropower stations │ Design of intelligent integrated platform for hydropower station auxiliary systems │ Analysis of slope stability and deformation of hydropower station slope collapse accumulations │ Development and application of quality control systems for hydropower station slope excavations │ Three-dimensional finite element analysis of hydropower station slope stability │ Research on energy-saving measures for hydropower station operation and management │ Hydropower station operation and dispatch performance assessment methods │ Analysis of safe operation status of hydropower station water inlet sewage barrier equipment │ Numerical simulation study of hydropower station water inlet hydraulic characteristics │ Design and application of cantilevered large steel formwork for hydropower station gate piers │ Research on structural vibration of accidental working gates at tunnel-type water inlets of hydropower stations │ Rolling test of the main rockfill material of the hydropower station face rockfill dam│ Research on the introduction of simulation risk analysis method in the financial evaluation of hydropower station projects│ Application of flexible net passive protection system in high slopes of hydropower stations│ Design of pressure steel pipe dovetail piers on high and steep slopes of hydropower stations│ The significance of the black start function of hydropower stations and issues that should be paid attention to│ Preliminary research on energy saving and consumption reduction of hydropower energy│ Research on the impact of hydropower planning on the hydrological situation of the Panzhihua section of the Jinsha River │ Research on the selection of alternatives for environmental impact assessment of hydropower planning │ Discussion on the "going global" strategy of hydropower design companies │ Analysis of legal risk management of foreign-related projects of hydropower design companies │ Emergency relief material support for the hydropower force │ Emergency communication support system for the hydropower force │ Discussion on the financial management of the hydropower force under the new normal │ Analysis and reflections on the risk avoidance cases of the hydropower force │ Research on risk system construction and evaluation methods in the preliminary survey and design stage of hydropower projects │ Typical models of water and soil loss prediction units and period divisions of hydropower projects │ Research on hydropower and wind energy complementary regulation systems │ Application of turbine generator air gap monitoring technology in Guandi Hydropower Station │ Application of turbine generator phase change cooling technology in Luogu Hydropower Station │ Analysis of installation process of hydraulic turbine generator units - taking Shenlong Hydropower Station in Youxi County as an example │ Excavation and construction of the pressure regulating shaft of the fourth-stage hydropower station in Yongning River│ Review and change analysis of the effect of Yongqing counter-regulating reservoir on water protection in the downstream reaches of Manman Hydropower Station│ Test of dam cushion material and squeeze side wall of Hanpingzui Hydropower Station│ Discussion on maintenance and management of cascade hydropower stations in Hanjiang River Basin│ Research on joint peak-shaving operation mode of cascade hydropower stations in Hanjiang River Basin│ Summary of turbine operation conditions of Jiangya Hydropower Station│ Investigation and analysis of the current situation of small hydropower safety and management in Xingan County, Jiangxi Province │ Overview of safety management work of Jiangbian Hydropower Station │ Characteristics of rock bursts and prevention measures in the diversion tunnel of Jiangbian Hydropower Station │ Excavation and construction of the inclined shaft section of the diversion tunnel of Jiangbian Hydropower Station │ Investigation, assessment and prevention of debris flow disaster in the digging ditch of Jiangbian Hydropower Station │ Environmental protection measures for Jiangbian Hydropower Station │ Design of water inlet of Jiangbian Hydropower Station │ Construction of concrete cutoff wall on the right dam abutment of Jiangbian Hydropower Station │ Comparative analysis of finite element deformation calculation and measured results of Jiangbian Hydropower Station gate dam │ Research on water diversion and sand prevention design of the first hub of Jiangbian Hydropower Station │ Construction and management of fish breeding station of Jiangbian Hydropower Station │ Analysis of earthquake damage of large and medium-sized hydropower project dams in Wenchuan earthquake-stricken area │ Muruo Hydropower Station Generator Main Protection Research and Power Station Protection Design │ Main parameters and structural selection of Muruo Hydropower Station hydroelectric generator unit │ Measured displacement behavior analysis of Shaba Hydropower Station RCC arch dam │ Vibration analysis and structural optimization of the powerhouse of Shaping II Hydropower Station │ Feasibility study of canceling sand flushing holes in the powerhouse of Shaping II Hydropower Station │ Exploration and practice of "immigration first, construction later" in Shaping II Hydropower Station project │ Technical discussion on tunnel excavation and first-phase support of Shaping Hydropower Station │ Excavation and controlled blasting construction technology for anti-sliding body stabilization treatment of the No. 5 dam section of Shatuo Hydropower Station │ Construction technology of upstream cofferdam of the second phase of Shatuo Hydropower Station │ Contact grouting construction technology of pressure steel pipes of Shatuo Hydropower Station │ Restraint stress monitoring of closing joints of pressure steel pipe volutes of Shatuo Hydropower Station │ Grouting construction and efficiency analysis of anti-seepage curtain on the right bank of Shatuo Hydropower Station │ Risk identification and response strategies in the construction of Shatuo Hydropower Station dam project │ Vibration control technology for anti-sliding body and anti-shear hole excavation of Shatuo Hydropower Station │ Design research and engineering implementation effect evaluation of new hard-fill cofferdam of Shatuo Hydropower Station │ Installation technology of refrigeration system of concrete mixing plant of Shatuo Hydropower Station │ Research on the application of installation technology of overflow surface hole arc gate of Shatuo Hydropower Station│ Roller compacted concrete warehousing plan of Shatuo Hydropower Station│ Consolidation grouting construction technology of factory building foundation of Shawan Hydropower Station│ Research and application of anti-seepage of tailrace channel of Shawan Hydropower Station│ Troubleshooting of turbine guide vane relay pull cylinder failure of Shawan Hydropower Station│ Design and construction of diversion tunnel plug of Shapai Hydropower Station│ Simulation analysis of seismic damage to the water inlet tower of Shapai Hydropower Station│ Effects and experience of rural hydropower efficiency expansion and renovation projects in Hebei Province│ Exploration and practice of standardized management models for safe production of rural hydropower in Hebei Province│ Key points in the design of renovation and renovation of rural hydropower stations in Hebei Province│ Summary of operational technical renovation of bulb tubular turbine generator units at Hekou Hydropower Station│ Seismic analysis of different connection forms of main and auxiliary powerhouses of riverbed hydropower stations│ Research on temperature control measures in the dam section of the powerhouse of a riverbed hydropower station│ Research on the seismic response analysis method of the powerhouse structure of a riverbed hydropower station│ Research on the calculation method of additional mass of water body in the flow path of a riverbed hydropower station│ Construction of an ecological environment impact assessment index system for river hydropower planning│ Experimental research on the asphalt concrete mix ratio of the Bodu Hydropower Station│ Analysis of the effect of capacity expansion and transformation of the Bozhou Class I Hydropower Station│ Long-term induced voltage band partial discharge test of the main transformer #1 of the Bobona Hydropower Station│ Experimental research on the mix ratio of high sulfur-resistant concrete in the factory building project of the Bobona Hydropower Station│ Analysis of the vibration causes of the turbine generator set of the Bobona Hydropower Station and the dynamic balance test of the unit│ Fire protection design of the Bobona Hydropower Station│ Blocking design of the branch hole in the construction of the long diversion tunnel of the Bobona Hydropower Station│ Application of corrugated telescopic joints in Manas River I Hydropower Station │ Precedent for arch dam construction in mudstone areas - design of concrete double-curved arch dam of Kelin Hydropower Station in Baise City, Guangxi │ Research on protection scheme of debris flow gully type waste slag site - taking the Shijiagou waste slag site of Jinsha Hydropower Station as an example │ Explanation of relevant issues in the curtain grouting test of the dam foundation of Tikeze Hydropower Station │ Analysis of the impact of the overall construction schedule of the Taikeze Hydropower Station on construction period claims │ Rush measures for the metal structure of the Taikeze Hydropower Station under FIDIC terms │ Design of the ice-melting heater for the water inlet gate of the Taihir Hydropower Station │ Application of pumped anti-scour concrete in the construction of the overflow surface of the right bank dam of the Guanyinyan Hydropower Station │ Excavation and support of the No. 3 spillway tunnel of the Luding Hydropower Station │ Reinforcement construction technology of vertical slope pipe piles for No. 3 stilling tank of Luding Hydropower Station │ Construction technology of fair-faced concrete of Luding Hydropower Station powerhouse │ Construction of SNS flexible protection system on the high slope of Luding Hydropower Station powerhouse │ Construction technology of anchor cables for the right dam abutment support project of Luding Hydropower Station │ Consolidation grouting construction method of deep covering layer of Luding Hydropower Station dam foundation │ Luding Hydropower Station dam foundation grouting gallery design │ Research on curtain grouting construction technology for high head and deep covering layer of Luding Hydropower Station dam foundation │ Research on Luding Hydropower Station foundation pit overflow protection │ Luding Hydropower Station dam filter material production system process flow design │ Luding Hydropower Station dam filling special issues and solutions │ Design optimization and construction method of seismic beams for the Luding Hydropower Station dam│ Experience in the construction supervision of the Luding Hydropower Station dam│ Continuous prestressed box girder construction technology for the Luding Hydropower Station tailrace bridge│ Dynamic response analysis of the bank tower water inlet tower structure of the Luding Hydropower Station│ Quality control of commercial concrete in the construction of the Luding Hydropower Station project│ Exploration and practice of the project supervision of the Luding Hydropower Station│ An overview of quality management for the installation of electromechanical equipment of Luding Hydropower Station│ Treatment and prevention of concrete cracks in the spillway tunnel of Luding Hydropower Station│ Quality control of cavern excavation and support supervision of Luding Hydropower Station│ Construction technology of anti-seepage wall with deep covering layer of Luding Hydropower Station│ Design and construction of special anti-seepage body on the concrete outer surface of grouting gallery of Luding Hydropower Station│ Deformation reinforcement and landslide treatment of extra-large cross-section water diversion tunnel of Luding Hydropower Station│ Design defects and improvement measures of DC system wiring method of Luding Hydropower Station│ Research on foundation seepage control scheme of clay core rockfill dam of Luding Hydropower Station│ Design of clay core rockfill dam of Luding Hydropower Station│ Rapid filling of foundation parts of clay core wall material of Luding Hydropower Station in rainy season│ Structure and characteristics of computer monitoring system of Luding Hydropower Station│ Curtain grouting construction technology of deep covering layer under anti-seepage wall of Luding Hydropower Station│ Construction technology and quality control of clay core rockfill dam of Luding Hydropower Station│ Research and application of curtain grouting construction technology of dam foundation of Zecheng Xi'an Hydropower Station│ Design of flood discharge and energy dissipation building of Luogu Hydropower Station│ Slope support design on the right bank of the stilling tank of Luogu Hydropower Station │ Several experiences on the technical renovation design of Luoning small hydropower project │ Application of cave blasting in the excavation of the material yard of water conservancy and hydropower projects │ Measures to deal with the deformation of surrounding rocks at the intersection of the diversion tunnel of Dongsong Hydropower Station │ Controlled blasting of the Karazhai material yard of Hongjiadu Hydropower Station │ Selection of a dam site for a hydropower station near an active fault │ Research on the economic operation and optimized dispatching system design of hydropower station groups in the basin │ Innovation and practice of the production management model of large hydropower stations under the centralized control mode of the basin │ A brief analysis of the spill gate operation accident of Shangli Hydropower Station │ A brief analysis of the differences between domestic hydropower resettlement and the World Bank’s involuntary resettlement policy standards │ A brief analysis of the construction progress risks of large water conservancy and hydropower projects │ A brief analysis of turbine selection for small hydropower stations │ Brief analysis of small hydropower development and response to climate change │ Brief analysis of the electrical secondary part renovation of Laxiwa Hydropower Station │ Brief analysis of Dutong Hydropower Station technical update and transformation │ Brief analysis of the dam foundation treatment of a certain hydropower station │ Brief analysis of the design characteristics of the QM4500/1000kN dam top two-way door operator of Liyuan Hydropower Station │ Brief analysis of the application of the digital dam filling quality monitoring system of Liyuan Hydropower Station │ A brief analysis of the construction cost management and control of water conservancy and hydropower projects│ A brief analysis of the file formation characteristics and file management of water conservancy and hydropower projects│ A brief analysis of the preliminary work of water conservancy and hydropower project cost management│ A brief analysis of environmental protection during the construction period of water conservancy and hydropower projects│ A brief analysis of the mechanical equipment management of the hydropower project construction project department│ A brief analysis of the three-stage plant power design and operation mode of the hydropower station│ A brief analysis of the regulation and guarantee design of the hydropower station│ A brief analysis of the influence of the internal characteristics of the turbine on the calculation results of the large fluctuation transition process of the hydropower station │ A brief analysis of the formation of moraine on the right bank of the dam site area of the Potui Hydropower Station and its engineering characteristics │ A brief analysis of the phase-in operation depth of the generator of the Wanmipo Hydropower Station │ A brief analysis of the mining of dam materials for the face rockfill dam of the Namkham 2 Hydropower Station in Laos │ A brief analysis of the application of polyurethane insulation materials in the Shankou Hydropower Station project │ A brief analysis of the hazards of over-exploitation of rural micro-hydropower stations │ A brief analysis of the quality control points of the aqueduct construction supervision of Chongqing Pengshui Hydropower Station │ A brief analysis of the upward fault of the control ring of the No. 1 engine of the Jinshaxia Hydropower Station │ A brief analysis of the construction and operation of the second phase of the Sanshengong Hydropower Station on the Yellow River │ A brief discussion of the project cost control of the Sanshengong Phase 2 Hydropower Station │ A brief discussion of the development of large hydropower units in my country │ A brief discussion on the impact and protection of the ecological environment caused by the construction of hydropower stations in the Xunhe Basin │ A brief discussion on the investment control of the BOT project management of Ganzai Hydropower Station in Cambodia │ A brief discussion on the importance of optimized design of water conservancy and hydropower projects │ A brief discussion on risk identification and control in the construction of water conservancy and hydropower projects │ A brief discussion on the tasks of construction units in land acquisition and resettlement for water conservancy and hydropower projects │ A brief discussion on the balance of interests in the resettlement of hydropower projects │ A brief discussion on the characteristics of the relocation planning and design of Chengji Town in the reservoir area of the hydropower station│ A brief discussion on the determination of the grade of hydropower station projects in the Aihe Basin│ A brief discussion on the capacity expansion and transformation of the hydroelectric generating units of the Sanshenggong Hydropower Station│ A brief discussion on the relay protection devices of the Sanshenggong Hydropower Station│ A brief discussion on the installation of turbines at the Xiabandi Hydropower Station│ A brief discussion on the mechanical and electrical installation and construction management of the Central Asia Hydropower Station│ A brief discussion on the development of rural hydropower and ecological environment protection │ A brief discussion on rural hydropower statistics │ A brief discussion on the safety supervision of the Xiangjiaba Hydropower Station corridor and cavern seepage control project │ A brief discussion on the design management of international EPC hydropower projects │ A brief discussion on the electromechanical design and management of international hydropower projects │ A brief discussion on hydropower development and ecological environment protection in the Datong River Basin │ A brief discussion on how to strengthen investment control during the implementation phase of hydropower projects │ A brief discussion on how to prepare a good immigration investment budget for water conservancy and hydropower projects│ A brief discussion on the characteristics of the layout of the pressure forebay of small hydropower stations│ A brief discussion on the unattended operation mode of small hydropower stations│ A brief discussion on the technical transformation of small hydropower stations│ A brief discussion on several effective methods of ground control measurement for small hydropower projects│ A brief discussion on the classification of land use status in land acquisition for engineering construction - taking the Wacun Hydropower Station project as an example│ A brief discussion on the development status and countermeasures of the small hydropower industry in Pingyang County│ A brief discussion on the safety and security of rural hydropower in China│ A brief discussion on the safety and emergency management of hydropower station projects in China│ A brief discussion on the transformation and upgrading of hydropower design enterprises driven by investment│ A brief discussion on the resettlement of rural immigrants in hydropower projects under the background of reform│ A brief discussion on the modernization of small hydropower in Dunhua City│ A brief discussion on the immigration and resettlement characteristics of Xinjiang water conservancy and hydropower projects│ A brief discussion on the ALSTOM generator rotor assembly technology of the Goupitan Hydropower Station │ A brief discussion on the ALSTOM stator assembly construction technology of the Goupitan Hydropower Station │ A brief discussion on the process control of the installation quality of electrical equipment in the Goupitan Hydropower Station │ A brief discussion on the problems and solutions in the construction of the Taoyuan Hydropower Station plant │ A brief discussion on the quality control of the concrete anti-seepage wall of the second phase cofferdam of the Tongzilin Hydropower Station │ A brief discussion on several construction technologies of the Liyuan Hydropower Station project │ A brief discussion on the safety management during the construction period of the Liyuan Hydropower Station │ A brief discussion on the scrapping and reconstruction of the Wuyue Hydropower Station │ A brief discussion on the market development of water conservancy and hydropower survey and design enterprises │ A brief discussion on the construction quality management of water conservancy and hydropower projects │ A brief discussion on the key points of concrete quality control in water conservancy and hydropower projects │ A brief discussion on the social security resettlement model of water conservancy and hydropower projects │ A brief discussion on the policy requirements of "resettlement first, then construction" for hydropower projects│ A brief discussion on comprehensive supervision of land acquisition and resettlement for hydropower project construction│ A brief discussion on hydropower engineering equipment management issues and countermeasures│ A brief discussion on problems existing in the bidding and bidding management of hydropower construction market projects│ A brief discussion on the supply chain complexity and risk management of hydropower station electromechanical equipment complete projects│ A brief discussion on hydropower station turbine abrasion and protection│ A brief discussion on comprehensive budget management of hydropower troops│ A brief discussion on how to improve the safety management level of the grassroots project department of the Hydropower Corps│ A brief discussion on how to improve the quality and ability of financial personnel during the transformation period of the Hydropower Corps│ A brief discussion on the relationship between water resources allocation and hydropower level scale│ A brief discussion on the production management experience of Shafan Hydropower Station│ A brief discussion on the optimization of the dam curtain grouting design scheme of the Hewan Hydropower Station│ A brief discussion on the construction safety measures of the Luding Hydropower Station│ A brief discussion on the impact of water consumption in the ecological environment on the power generation of post-dam hydropower stations │ A brief discussion on the regional structural stability of the Kohala Hydropower Station │ A brief discussion on the creation of "green small hydropower" at the Mijiahui Hydropower Station │ A brief discussion on the preparation of the progress plan of the Nuozhadu Hydropower Project │ A brief discussion on the technological upgrading and transformation of old power stations - discussing the necessity of technological upgrading and transformation based on the current situation of small hydropower in Yixian County, Hebei Province │ A brief discussion on the capacity expansion and transformation of the sand and gravel processing system on the left bank of Jin'anqiao Hydropower Station│ A brief discussion on the renovation and quality control of the sand and gravel processing system of Jin'anqiao Hydropower Station│ A brief discussion on the underground powerhouse excavation and support technology of Jinping II Hydropower Station│ A brief discussion on the review of the first-stage measurement control network of Qirehatar Hydropower Station│ A brief discussion on the Luding Hydropower Station project archives management system│ Practice and reflection on water education with Zhejiang characteristics - taking Zhejiang Water Conservancy and Hydropower College as an example│ Discussion on measures to increase efficiency, expand capacity and transform rural hydropower in Zhejiang Province to benefit farmers│ Some thoughts on rural hydropower safety supervision in Zhejiang Province│ Discussion on the construction of management information system for rural hydropower stations in Zhejiang Province│ Water inrush sealing during construction of plastic concrete anti-seepage wall at the foundation of Haibowan Hydropower Station│ Overview of mainstream seawater desalination technology and hydropower cogeneration│ Analysis and evaluation of the dam deformation monitoring system and monitoring data of the Haidianxia Hydropower Station│ Selection of the stable section of the surge chamber of the Haidianxia Hydropower Station and calculation of surge waves│ Design of the technical water supply system of the Rundi Hydropower Station│ Experimental research on the hydropower detection and simulation experiment of the floor limestone in the Huainan mining area│ Calculation and control of the earthquake displacement of the hydropower station building on the deep overburden│ The deformation of the gate dam of the deep cover layer and the anti-seepage effect of the plastic concrete anti-seepage wall - taking the operation status of the Shawan Hydropower Station as an example│ The application of deep-water floating maintenance gates in the maintenance of the Liujiaxia Hydropower Station release channel│ The safety supervision practice of small and micro rural hydropower stations in Chun'an County│ The application of concrete reinforcement technology in the Jishixia Hydropower Station project│ The application of concrete segment production technology in the CCS Hydropower Station in Ecuador│ The application of concrete anti-seepage wall in the construction diversion of a hydropower station │ The application of fair-faced concrete in hydropower stations │ Feasibility analysis of Qinghe Reservoir using abandoned buildings to build hydropower stations │ Calculation of installed capacity of Qinghe Reservoir hydropower station │ Research on the identification and preventive measures of generator shaft current in Qingyuan Hydropower Station │ Test of automatic power generation system of canal diversion hydropower station units │ Application of channel anti-seepage technology in the Tumusiuke Hydropower Station project │ Temperature control of arch dam concrete of Dukouba Hydropower Station │ Application of temperature inspection system in small and medium-sized hydropower stations │ Foundation excavation construction of Wenquan Hydropower Station factory building expansion project │ Causes and treatment measures of concrete cracks in the dam face of Wenquan Hydropower Station │ Hydraulic model test study of deep hole spillway tunnel of Wenquan Hydropower Station │ Design and filling construction of concrete-faced rockfill dam of Wenquan Hydropower Station│ Experimental study on unpressurized shaft swirl tunnel of Xigu Hydropower Station│ Design and analysis of shaft swirl spillway of Xigu Hydropower Station│ Stability analysis of water inlet tower of Xikou Hydropower Station│ Quality control system of insulating oil for 500kV transformer of Xiluodu Hydropower Station│ Analysis of functional implementation of AGC of Xiluodu Hydropower Station│ Demagnetization logic and timing analysis of the excitation system of Xiluodu Hydropower Station│ Reliability analysis of power system of Xiluodu Hydropower Station│ Design of power system of Xiluodu Hydropower Station│ Experimental study on excavation and blasting parameters of the dam abutment slope on the right bank of Xiluodu Hydropower Station│ Concrete construction technology of spillway tunnel on the right bank of Xiluodu Hydropower Station│ High-voltage cable laying technology of shaft on the right bank of Xiluodu Hydropower Station│ Xiluodu Hydropower Station Dam Foundation Consolidation Grouting Construction Technology │ Research on Photographic Interpretation Technology of Xiluodu Hydropower Station Dam Foundation Rock Mass Structure │ Xiluodu Hydropower Station Dam Shoulder Excavation Technology │ Xiluodu Hydropower Station Foundation Corridor Deep Hole Curtain Grouting Construction Technology │ Xiluodu Hydropower Station Dam No. 3 and 4 Diversion Bottom Hole Gate Pier Anchor Cable Construction Technology │ Xiluodu Hydropower Station Dam Concrete Mix Ratio Optimization Experimental Research │ Xiluodu Hydropower Station project closure construction technology │ Concrete pouring technology for rock anchor beams in the underground powerhouse on the left bank of Xiluodu Hydropower Station │ Concrete construction technology of volute casing in the underground powerhouse on the left bank of Xiluodu Hydropower Station │ Excavation and construction of gate shafts No. 2 and 3 in the diversion tunnel on the left bank of Xiluodu Hydropower Station │ Analysis of the excavation effect of the floor of the spillway tunnel on the left bank of Xiluodu Hydropower Station │ Analysis of equipment configuration of the Xiluodu Hydropower Station closure project │ Key technologies for the design and construction of the Xiluodu Hydropower Station closure │ Quality control of the excavation construction of the Xiluodu Hydropower Station arch dam foundation surface │ Analysis of dam foundation deformation monitoring during the construction period of the Xiluodu Hydropower Station arch dam │ Key technologies for the concrete construction of the Xiluodu Hydropower Station arch dam │ Overview of the concrete construction technology of the Xiluodu Hydropower Station arch dam │ Analysis of water flow control during the construction period of Xiluodu Hydropower Station│ Discussion on the self-excitation problem of units of Xiluodu Hydropower Station│ Experimental study on blasting vibration of underground powerhouse of Xiluodu Hydropower Station hub project│ Concrete construction technology of anti-arc section of water cushion pond of Xiluodu Hydropower Station│ Construction technology of anti-scouring and wear-resistant concrete for the bottom plate of water cushion pond of Xiluodu Hydropower Station│ Quality control of anti-scouring and wear-resistant concrete of water cushion pond of Xiluodu Hydropower Station│ Thoughts on the reservoir utilization of Xiluodu Hydropower Station and the compilation of power station operation dispatching procedures│ Analysis of the protection configuration of turbine generator units of Xiluodu Hydropower Station│ Optimization of the design of the turbine spindle center air supply system of Xiluodu Hydropower Station│ Analysis of the overall technical characteristics of the turbine of Xiluodu Hydropower Station│ Installation of maintenance racks for turbine runner of Xiluodu Hydropower Station│ Construction technology of anti-scouring and wear-resistant concrete for the spillway tunnel of Xiluodu Hydropower Station│ Longluo tail section C of the spillway tunnel of Xiluodu Hydropower Station_Analysis of the temperature control effect of 9060 silica fume concrete │ Operation characteristics of the flood discharge system of Xiluodu Hydropower Station │ Treatment of concrete seepage cracks in deep and large shafts of Xiluodu Hydropower Station │ Construction technology of deep hole curtain grouting of Xiluodu Hydropower Station │ Treatment of karst caves in traffic caves in the slag yard of Xiluodu Hydropower Station │ Practice of power production preparation work of Xiluodu Hydropower Station Xiluodu Hydropower Station monitoring system and GIS communication control mode │ Analysis of energy saving of air conditioning system of Xiluodu Hydropower Station │ Control method of cylindrical valve of Xiluodu Hydropower Station │ Selection of geometric parameters of volute cushion of Xiluodu Hydropower Station │ Analysis of structural characteristics of speed regulator of Xiluodu Hydropower Station │ Design of power loss protection of speed regulation system of Xiluodu Hydropower Station │ Design of fast gate for water inlet of Xiluodu Hydropower Station │ Discussion on construction measurement of Xiluodu Hydropower Station Tunnel │ Test method and analysis of stator iron loss of high-voltage motor of Xiluodu Hydropower Station │ Application of sliding form in the wave wall project of Jilin Taiwan I Hydropower Station │ Application of sliding form in the concrete lining of the bottom arch of the diversion tunnel of the hydropower station │ Application of sliding form technology in the construction of ship lift piers of Baishi Hydropower Station │ Application of sliding form technology in anti-shock and wear-resistant concrete for the spillway of Nuozhadu Hydropower Station │ Analysis of the application of sliding form construction technology in water conservancy and hydropower projects │ Application of sliding form construction technology in Zangmu Hydropower Station project │ Technical and economic analysis of water and electricity cogeneration in Binhai Power Plant │ Experimental research and analysis of vibration zone of Unit 1 of Tankeng Hydropower Station │ Design of earth-rock water crossing cofferdam of Tankeng Hydropower Station │ Tankeng Hydropower Station Plane Control Network Monitoring │ Tankeng Hydropower Station Spillway Concrete Construction Quality Control Technology │ Tankeng Hydropower Station Resettlement Planning Implementation Experience and Understanding │ Tankeng Hydropower Station Face Rockfill Dam Settlement Analysis During Construction Period │ Overview of the Water Diversion System Design of the Manwan Hydropower Station Phase II Project │ Problems and solutions to the management of hydropower stations in the reach directly managed by the Zhanghe Upstream Bureau │ Analysis of the impact and countermeasures of the development and utilization of hydropower in the Zhanghe River on the water order in the upper reaches of the Zhanghe River │ Calculation of short-circuit current of Panjiakou Hydropower Station │ Selection of main parameters of the turbine of Wunonglong Hydropower Station in Lancang River │ Analysis of the impact of hydropower development in the main stream of Lancang River on runoff │ Cause mechanism of the slope of a large toppling deformation body of a hydropower project in Lancang River │ Stability analysis of the surrounding rock of an underground powerhouse of a hydropower station in the Lancang River │ Supervision of mechanical and electrical equipment and quality control of the hydropower station in the Lancang River Basin │ Analysis and treatment of the governor failure of the No. 2 turbine generator unit of the Pupugou Hydropower Station │ The downstream water supply plan and its implementation in the initial stage of water storage at the lower gate of the Pupugou Hydropower Station │ Summary of the excavation construction of the underground powerhouse of the Pupugou Hydropower Station │ Analysis of safety monitoring results and characteristics during the construction period of the underground powerhouse of Pupugou Hydropower Station │ Anti-seepage and drainage design of the underground powerhouse caverns of Pupugou Hydropower Station │ Quality control of construction of anti-seepage wall of dam of Pupugou Hydropower Station │ Construction quality control of large-scale underground powerhouse of Pupugou Hydropower Station │ Sealing construction of diversion tunnel of Pupugou Hydropower Station │ Risk assessment of debris flow in Xiangshuigou in Pupugou Hydropower Station project area │ Pubugou Hydropower Station project construction contract management │ Construction assistance management of the new county town of Hanyuan in the Pupugou Hydropower Station reservoir area │ Exploration and practice of Pupugou Hydropower Station construction management │ Design optimization management during the construction process of Pupugou Hydropower Station │ Installation and initial operation of the working arc door of the discharge hole of Pupugou Hydropower Station │ Research on the mining plan of the material yard of Pupugou Hydropower Station │ Pivot layout of Pupugou Hydropower Station │ Optimization analysis of the start-up procedure of the speed regulator of the turbine generator unit of the Pupugou Hydropower Station│ Design of the spillway tunnel of the Pupugou Hydropower Station│ Design of river bank slope protection in the flood discharge and energy dissipation area of the Pupugou Hydropower Station│ Selection of impact-resistant and wear-resistant concrete mix ratio for the spillway of the Pupugou Hydropower Station│ Finite element analysis of the gravel earth core wall dam of the Pupugou Hydropower Station│ Construction quality control of the gravel earth core wall dam of the Pupugou Hydropower Station│ Design of the gravel-core wall rockfill dam of Pupugou Hydropower Station │ Research on the rolling compaction test of gravel-core wall material of Pupugou Hydropower Station │ Characteristics and implementation management of resettlement of Pugou Hydropower Station │ Discussion on the installation technology of cylindrical valves of Pupugou Hydropower Station │ Introduction to the relay protection engineering of Pupugou Hydropower Station and discussion of related technologies │ Research on optimization and adjustment of installed capacity of Pupugou Hydropower Station │ Frequency measurement transformation of speed regulator tooth plate of Pupugou Hydropower Station │ Application of the combined structure of cast-in-place piles and high-jet grouting in Taoyuan Hydropower Station │ Research on the application of gray correlation analysis in hydropower planning and environmental assessment │ Construction of cofferdam anti-seepage wall under complex geological conditions of Bingling Hydropower Station │ Analysis of efficiency expansion and transformation of Yanjiaping and Tuotian Hydropower Stations │ Research on reservoir sediment dispatching method of Niulanjiang Xiangbiling Hydropower Station │ Characteristics of construction diversion design of Niulangou Hydropower Station │ Application of extra-large concrete mixing plant in Xiangjiaba Hydropower Station │ Treatment of dangerous rocks on the landslide surface of Dagou material yard of Shiziping Hydropower Station │ Application of wolf pack algorithm in optimal scheduling of hydropower station reservoirs │ Design of roof arch excavation and support for the underground powerhouse of Houhouyan Hydropower Station │ Construction technology of gradient section at the entrance of the diversion tunnel on the left bank of Houhouyan Hydropower Station │ Research on bedding material for the vertical seams of the face rockfill dam face of Monkey Rock Hydropower Station│ Research on the capacity expansion and transformation technology of Wangjiazhuang Hydropower Station│ Introduction to the main parameters and structure of the turbine of Mabubas Hydropower Station│ Design and construction of the diversion tunnel of the Manas River Level 1 Hydropower Station│ Research on the development plan of the hydropower level in the mountainous section of the Manas River│ Research and application of fiberglass sand-filled pipes in small hydropower station projects│ Discussion on the application of fiberglass sand-filled pipes in small hydropower stations │ Optimization and design of unit selection of Zhenzhutan Hydropower Station │ Construction diversion design of Bandu Hydropower Station │ Comprehensive treatment of the large fault zone at the dam foundation of Banza Hydropower Station │ Comparison and selection of Wacun Hydropower Station engineering construction plans │ Comparison and selection of normal water storage level plans of Wacun Hydropower Station │ Optimization of the tailwater layout plan of Ganzai PH1 Hydropower Station │ Analysis of BOT project management and operation mode of Ganzai Hydropower Station │ Optimization and adjustment of the design scheme of PH1 water diversion and power generation system of Ganzai Hydropower Station │ Construction of full-section RCC gravity dam of Ganzai Hydropower Station │ Design of outlet tower of Ganzai Hydropower Station │ Excavation and construction of Ganzai Hydropower Station dam foundation │ Consolidation grouting construction of dam foundation of Ganzai Hydropower Station │ Exploration of curtain grouting construction technology of Ganzai Hydropower Station dam │ Discussion on reinforcing grouting technology for the dam curtain of Ganzai Hydropower Station │ Quality control of roller compacted concrete construction of the dam of Ganzai Hydropower Station │ Optimization of power generation at the end of Ganzai Hydropower Station │ Summary of experience in the procurement and supply management of permanent mechanical and electrical materials of Ganzai Hydropower Station │ Consolidation grouting construction of the riverbed dam section of Ganzai Hydropower Station │ Analysis of landslide formation mechanism and stability of a hydropower station in Ganzi Prefecture │ Analysis of geological hazard characteristics of small hydropower stations in southern Gansu - taking Puchi Hydropower Station as an example │ Evolution of water energy utilization and small hydropower construction prospects in the Hexi Corridor of Gansu │ Supervision practice of Gansu Provincial Water Conservancy and Hydropower Survey and Design Institute │ Practice and exploration of ecological priority in the comprehensive management engineering design of Fengman Hydropower Station │ Selection of turbines for ecological hydropower stations │ Several issues that should be paid attention to in the selection of hydraulic turbine generators for ecological flow hydropower stations │ Research on the layout principles of ecological and environmentally friendly rural hydropower hubs │ Use the spirit of innovation to take the road of "going global" for hydropower equipment │ Discussion on the technical transformation and expansion of Tiandi Hydropower Station using ballast branch tunnels │ Turbine selection and structural design of Tianba Hydropower Station │ Analysis of turbine runner selection for Krabi River Level 1 Hydropower Station │ Application of power system stabilizer in MNGETA Hydropower Station │ The impact of power grid failure on the safe operation of the Xiangjiaba Hydropower Station │ Overhaul of the runner of Unit 1 of the Liujinba Hydropower Station │ Research on the sorting method for the reinforcement of dangerous small hydropower hydraulic buildings │ Design of the centralized control system of the Baiyunshan Cascade Hydropower Station │ Selection and layout of the hydraulic metal structure of the Baitang Hydropower Station │ Electrical control system of the ship lift of the Baishi Hydropower Station │ Erection of prefabricated beams on the top of the overflow dam section of Baishi Hydropower Station │ Characteristics of the arrangement of double-chamber overflow surge wells in the mountain body of Baishui River III Hydropower Station │ Design optimization of surge wells of Baishui River III Hydropower Station │ Development and effectiveness of hydropower stations in Baishaxi small watershed │ Comprehensive management of red rock accumulation engineering under the right bank of Baihetan Hydropower Station │ Research on engineering geological conditions of high slopes at Baihetan Hydropower Station dam site │ Analysis method of energy consumption during the construction period of Baihetan Hydropower Station│ Analysis and suggestions on the consolidation grouting test results of columnar jointed basalt of Baihetan Hydropower Station│ Process design and equipment selection of concrete pre-cooling system of Baihetan Hydropower Station│ Research on slope stability control factors and failure modes of Baihetan Hydropower Station│ Calculation and analysis of energy consumption indicators during the operation period of Baihetan Hydropower Station│ Evaluation of the ecological environment impact of the hydroelectric cascade development in the Shachuanba to Miaojiaba section of the main stream of the Bailong River│ Analysis and treatment of water inflow failure of the speed regulator return tank of the Baizhangji Hydropower Station Grouting construction of dam body joints of Gaixiaba Hydropower Station│ Preliminary analysis of karst development in the dam site area of Gaixiaba Hydropower Station│ Excavation and construction technology of dam abutment of Gaixiaba Hydropower Station│ Design and construction of upstream and downstream cofferdams of Gaixiaba Hydropower Station│ Layout of dam water release and energy dissipation buildings of Gaixiaba Hydropower Station│ Layout of Gaixiaba Hydropower Station project hub│ Evaluation of the impact of water seepage in the diversion tunnel of Gaixiaba Hydropower Station on landslides in the tunnel line │ Optimization design of artificial cushion for the arch dam of Gaixiaba Hydropower Station │ Simulation analysis of temperature stress and damage during the construction period of Gaixiaba Hydropower Station │ Design of crescent-ribbed steel branch pipes of Gaixiaba Hydropower Station │ Design of concrete elliptical hyperbolic arch dam of Gaixiaba Hydropower Station │ Design of electrical main wiring of Gaixiaba Hydropower Station │ Secondary electrical design of Gaixiaba Hydropower Station │ Layout of the water transmission system of Gaixiaba Hydropower Station │ Design of metal structure of Gaixiaba Hydropower Station │ Construction method of earth-rock dam filling project on the left bank of Zhigang Laka Hydropower Station │ Application of straight grid cleaning machine in Sanmenxia Hydropower Station │ Working hard to standardize and meet standards to create a provincial "type five" hydropower station │ Discussion on optimization of the design scheme of the first hub of Zhimulin Hydropower Station │ Anti-scour design and construction of high-head overflow cofferdam of Shiyazi Hydropower Station │ Current status and development strategies of rural hydropower in Shijiazhuang City │ Design of computer monitoring system of Shimiao Level 2 Hydropower Station │ Quality control of electrical installation of Shibanshui Hydropower Station │ Application of limestone powder instead of fly ash in the roller compacted concrete of Gancai Hydropower Station dam in Cambodia │ Design of roof structure of Shimenping Hydropower Station factory │ Full gate scheme design of the first hub of Shimenping Hydropower Station│ Stability analysis of the hillside behind the powerhouse of Shilong Hydropower Station│ Analysis of deep anti-sliding stability of Shilong Hydropower Station dam│ Layout design of water diversion and power generation system of Shilong Hydropower Station│ Design and construction of water culvert bridge of Shilong Hydropower Station│ Comparative analysis of engineering layout plans of Lizigou Hydropower Station│ Design of circulating cooling water system of Beituo Hydropower Station│ Application of real-time control system for RCC dam construction quality and progress in Guandi hydropower projects │ Treatment of water leakage in workshops and corridors of Jinshan Hydropower Station in Shanghang, Fujian │ Transformation of Xiuguan Hydropower Station speed regulator system │ Discussion on the method of dealing with TBM jamming at Cocacodo Hydropower Station │ Scientific planning of rural hydropower to promote faster rural economic and social development │ Hub layout design of Santa Maria Hydropower Station in Peru │ Peruvian hydropower station generator spindle processing technology │ Jishixia Hydropower Station 3×340MW turbine seat ring assembly and installation process │ Brief analysis of Jishixia Hydropower Station inverted vertical line construction technology │ Jishixia Hydropower Station powerhouse project high-flow self-compacting concrete construction │ Analysis of weak interlayer characteristics in the rock mass in the Jishixia Hydropower Station dam site area │ Control of helical deformation by integral rolling of large-diameter pressure steel pipes in Jishixia Hydropower Station │ Construction of hole sealing grouting method in Jishixia Hydropower Station │ Design of flat-top torsion arch lining formwork and support for the intersection section of the diversion tunnel of Jishixia Hydropower Station │ Construction technology of excavation and support for the intersection section of the diversion tunnel of Jishixia Hydropower Station │ Construction technology of the intersection section of the diversion tunnel of Jishixia Hydropower Station │ Numerical simulation analysis of the stability of the horizontal layered rock mass in the intersection section of the diversion tunnel of the Jishixia Hydropower Station│ Stability analysis of the plugging of the diversion tunnel of the Jishixia Hydropower Station│ Overview of the hub layout design of the Jishixia Hydropower Station│ Practice and discussion of the environmental supervision of the Jishixia Hydropower Station project│ Investment control during the construction process of the Jishixia Hydropower Station│ Design and construction of the formwork support structure of the cantilevered beams of the Jishixia Hydropower Station│ Overview of construction diversion design of Jishixia Hydropower Station │ Hydrological forecasting scheme and station network planning and design of Jishixia Hydropower Station │ Parameter selection of hydroelectric generator set of Jishixia Hydropower Station │ Design of water release building of Jishixia Hydropower Station │ Design and construction of large cavern at the intersection of spillway tunnel and diversion tunnel of Jishixia Hydropower Station │ Optimization design of dam body zoning and dam material adjustment of concrete face rockfill dam of Jishixia Hydropower Station │ Experimental study on the dam materials of concrete face rockfill dam of Jishixia Hydropower Station│ Overview of the construction of concrete face rockfill dam of Jishixia Hydropower Station│ Monitoring design of concrete face rockfill dam of Jishixia Hydropower Station│ Design of concrete face rockfill dam of Jishixia Hydropower Station│ Research on concrete performance control after adjusting the mixed aggregate ratio of Jishixia Hydropower Station│ Application of anchor cable dynamometer in the spillway weir gate section project of Jishixia Hydropower Station│ Quantitative analysis of the reliability of the electrical main wiring of the Jishixia Hydropower Station │ Selection of the electrical main wiring scheme of the Jishixia Hydropower Station │ Analysis of the damage problem of the pollution barrier in the early stage of water storage of the Jishixia Hydropower Station │ Installation process and quality control of the super large arc gate of the Jishixia Hydropower Station │ Analysis of the deformation law of the water inlet of the Jishixia Hydropower Station │ Installation of the dam top tension line of the water inlet project of the Jishixia Hydropower Station │ A review of the construction of the waste barrier at the water inlet of the Jishixia Hydropower Station │ Measures to control uneven settlement of the face rockfill dam of the Jishixia Hydropower Station │ Control measures of the dam body deformation of the face rockfill dam of the Jishixia Hydropower Station │ Discussion on the counter-regulation calculation method of the Renkeng Hydropower Station │ A review of the application of spatial information technology in the entire life cycle of hydropower projects │ Application of the walking steel formwork trolley in the concrete construction of the diversion tunnel of the Taikeze Hydropower Station │ Anti-seepage and plugging treatment technology of Zhaixiangkou Hydropower Station │ Application of shaft cyclone internal energy dissipation technology in Shuanggou Hydropower Station │ The establishment of the Fourth Hydropower Construction Standardization Technical Committee in the Electric Power Industry │ Application of plasma cutting machine in the mechanical and electrical installation of a hydropower station │ Quality management practice in the construction of Nuozhadu Hydropower Project │ Investment control measures and effects of Nuozhadu Hydropower Project │ A brief analysis of the temperature control of the impact-resistant and wear-resistant concrete of the Nuozhadu Hydropower Project│ A brief analysis of the production quality control of sand and gravel aggregates of the Nuozhadu Hydropower Project│ Design and rapid construction of the underwater concrete cofferdam at the outlet of the No. 3 diversion tunnel of the Nuozhadu Hydropower Station│ Chemical grouting treatment for leakage of the plug joints of the No. 3 diversion tunnel of the Nuozhadu Hydropower Station│ Installation of the blocking gate slot of No. 3 diversion tunnel of Nuozhadu Hydropower Station │ Installation of thrust bearing of Unit 6 of Nuozhadu Hydropower Station │ Stator core stacking process of Units 9 to 7 of Nuozhadu Hydropower Station │ New stator winding insulation and corona protection system for ALSTOM unit of Nuozhadu Hydropower Station │ Summary of volute installation experience of HEC unit of Nuozhadu Hydropower Station │ Characteristics and supervision practice of the main underground engineering of Nuozhadu Hydropower Station │ Treatment of collapse of the 6^# construction branch tunnel of Nuozhadu Hydropower Station plant system │ Improvement of the design plan for automatic power supply of Nuozhadu Hydropower Station │ Excavation and construction technology of the working gate room of the right bank flood discharge tunnel of Nuozhadu Hydropower Station │ Installation of curved working gate of the right bank spillway tunnel of Nuozhadu Hydropower Station │ Key technologies for concrete construction of the right bank spillway tunnel of Nuozhadu Hydropower Station │ Research on anti-cracking technology of concrete for the right bank spillway tunnel of Nuozhadu Hydropower Station │ Research and application of adjustment method of soil moisture content of Nuozhadu Hydropower Station │ Mirror concrete construction of underground auxiliary powerhouse of Nuozhadu Hydropower Station │ Construction of the collapsed section of the No. 6 construction branch tunnel of the underground water diversion and power generation system of Nuozhadu Hydropower Station│ Research on the technology of gravel-mixed soil in the core wall of Nuozhadu Hydropower Station│ Construction method and quality control of dam filling of Nuozhadu Hydropower Station│ Construction of curtain grouting at the dam foundation of Nuozhadu Hydropower Station│ Research on filling technology and methods of gravel-mixed soil of Nuozhadu Hydropower Station dam│ Process design of the gravel-mixed material and filter material processing system of the Nuozhadu Hydropower Station dam│ Steady-state detection research on the leakage of the Nuozhadu Hydropower Station dam│ Construction technology of gravel soil mixing for the Nuozhadu Hydropower Station dam│ Rainy season construction technology of the clay core wall of the Nuozhadu Hydropower Station dam│ Design of the safety monitoring automation system of the Nuozhadu Hydropower Station│ Rapid continuous concrete construction technology for temporary plugging of diversion tunnel of Nuozhadu Hydropower Station│ Grouting technology for sealing joints of diversion tunnel of Nuozhadu Hydropower Station│ Underwater concrete reinforcement technology for gate sealing of diversion tunnel of Nuozhadu Hydropower Station│ Rapid excavation and construction technology of Wuchakou of tailwater system of Nuozhadu Hydropower Station│ The process management of changes by the supervision engineer in the Nuozhadu Hydropower Station project│ Review of the key points of the construction technology of the Nuozhadu Hydropower Station project│ Summary of the construction management experience of the Nuozhadu Hydropower Station project│ Cantilever beam construction technology of the Nuozhadu Hydropower Station project│ Experimental research and application of anti-abrasion concrete mix ratio of the Nuozhadu Hydropower Station project│ Construction progress management and control of the Nuozhadu Hydropower Station project│ Concrete lining construction of the variable roof height section of the left bank spillway tunnel of Nuozhadu Hydropower Station │ Construction of anti-abrasion concrete for the left bank spillway tunnel of Nuozhadu Hydropower Station │ Treatment of concrete cracks in the left bank spillway tunnel of Nuozhadu Hydropower Station │ Main technical problems and countermeasures in the construction of Nuozhadu Hydropower Station │ Gravel mixing technology and quality control technology of earth material for the core wall of Nuozhadu Hydropower Station │ Technical indicators and test detection methods of the core rockfill dam material of Nuozhadu Hydropower Station│ Experimental study on rolling compaction construction parameters of core rockfill dam filling material of Nuozhadu Hydropower Station│ Technical requirements for mechanized construction of core rockfill dam of Nuozhadu Hydropower Station│ Construction technology of closure of Nuozhadu Hydropower Station│ Research on mix ratio design of impact-resistant and wear-resistant concrete of Nuozhadu Hydropower Station│ Research on the compaction characteristics and filling quality detection method of gravel-mixed soil at Nuozhadu Hydropower Station│ Quality control method of primary rolling of gravel-mixed soil material at Nuozhadu Hydropower Station│ Research and application of quality control standards and control methods for gravel-mixed soil material compaction at Nuozhadu Hydropower Station│ Key technologies for quality control of gravel-mixed clay core rockfill dam at Nuozhadu Hydropower Station│ Research on the application of digital dam technology at Nuozhadu Hydropower Station│ Installation and operation of spreading machines during the construction of Nuozhadu Hydropower Station│ Research on the management of construction machinery and equipment of Nuozhadu Hydropower Station│ Main features of hydraulic machinery design of Nuozhadu Hydropower Station│ Installation of water guide bearings of Nuozhadu Hydropower Station│ Research on initial water storage scheme of the reservoir of Nuozhadu Hydropower Station│ Experimental study on the installation of water pipe settlement instrument at Nuozhadu Hydropower Station│ Concrete slip form construction technology for the bottom arch of the spillway tunnel of Nuozhadu Hydropower Station │ Optimization test of concrete admixtures of Nuozhadu Hydropower Station │ Construction experience of anti-abrasion and anti-cavitation concrete surface flatness of the spillway floor of Nuozhadu Hydropower Station │ Quality control of the installation quality control of curved gates for the spillway of Nuozhadu Hydropower Station │ Mixing technology and quality control of anti-scouring and wear-resistant concrete for the spillway of Nuozhadu Hydropower Station │ Key points of construction technology control of anti-impact and wear-resistant concrete for the spillway of Nuozhadu Hydropower Station │ Detailed design of the spillway of Nuozhadu Hydropower Station │ Installation of super-large arc gates in the surface hole of the spillway of Nuozhadu Hydropower Station in reverse order │ Construction technology of buttress corbels in the gate chamber section of the spillway of Nuozhadu Hydropower Station │ Environmental protection and soil and water conservation engineering design of Nuozhadu Hydropower Station │ Process analysis of the wastewater treatment engineering of the sand and gravel aggregate processing system of the Nuozhadu Hydropower Station │ Green hydropower project construction planning and practice of the Nuozhadu Hydropower Station │ Total quality management method of the Northwest Supervision Center of the Nuozhadu Hydropower Station │ Rapid penetration construction method of the slag well in the surge chamber of the Nuozhadu Hydropower Station │ Key construction technology of the ultra-high core rockfill dam of the Nuozhadu Hydropower Station │ Research on the layered water intake through the laminated beam door at the water inlet of Nuozhadu Hydropower Station│ Application of anchor cable pile plate wall construction technology of Nuozhadu Hydropower Station│ Research on the power operation mode of the plant during the commissioning of the first unit of Nuozhadu Hydropower Station│ Construction technology of high-core rockfill dam of Nuozhadu Hydropower Station│ Innovation and practice of monitoring design and monitoring of high-core rockfill dam of Nuozhadu Hydropower Station│ Grouting construction technology of anti-seepage curtain on the left bank of Suofengying Hydropower Station │ Comparative analysis of adjustment guarantee calculation of Suofengying Hydropower Station │ Ground reinforcement grouting construction of GIS building of Zilanba Hydropower Station │ Efficiency expansion and reconstruction of Hongqi Hydropower Station │ Research on surface flow energy dissipation of barrage gate in expansion and reconstruction of Hongqiao Hydropower Station │ Design of ship locks of Hongshui River Qiaogong Hydropower Station │ Analysis and countermeasures on resettlement problems of early-stage construction of hydropower stations in the Hongshui River basin │ The impact of changes in the energy dissipation method of Hongshi Hydropower Station on power station operation │ Experimental research on diversion model construction during the dry season in the first year of Honghua Hydropower Station │ Nazixia Hydropower Station dam consolidation grouting productivity test and results analysis │ Comparison and selection of hub diversion schemes for Nazixia Hydropower Station project │ Quality control of Nazixia Hydropower Station concrete face gravel rockfill dam filling │ Copper water-stop construction of the face rockfill dam of the Nazixia Hydropower Station │ Analysis of settlement monitoring during the construction period of the face rockfill dam of the Nazixia Hydropower Station │ A brief analysis of the technical problems and improvements of the hydropower station with examples │ Application of rapid pouring technology of small-volume concrete with structural complexity in Shatuo Hydropower Station │ Adjustment of the oil receiver swing of Unit 2 of the Chuole Hydropower Station │ Application of rope core drilling technology in ultra-deep hole drilling for water conservancy and hydropower│ Application of comprehensive geophysical prospecting in hydropower station exploration│ Application of comprehensive electrical method in hydropower station cofferdam leakage detection│ Application of comprehensive automation system in Anhui Bailianya Hydropower Station│ Application of green grid ecological protection technology in hydropower project waste management│ Discussion on the practice of green small hydropower creation│ Concept, content and methods of green hydropower project construction planning │ * * DAPEIN(Ⅰ) Hydropower Station Hub Project Design │ * * DAPEIN (I) Hydropower Station Pressure Well Design │ * * Design of outer concrete structure of volute shell of Kyeeon Kyeewa Hydropower Station │ * * Dynamic balance analysis of turbine generator set of YEYWA hydropower station │ * * A brief introduction to the immigration model of hydropower projects in the upper reaches of the Yijiang River │ * * Minda Hydropower Station Factory Building Design │ * * Design of the metal structure of the drainage bottom hole of Yeya Hydropower Station │ * * Large-span sliding form construction technology for overflow surface of Yeya Hydropower Station │ * * Black start process of Yewa Hydropower Station │ The application of cable crane arch bridge in the construction of Longjiang Water Conservancy and Hydropower Project │ The application of network schedule management in the preliminary work of hydropower │ The diversion tunnel sealing construction technology of Luopoba Hydropower Station │ The technical transformation of the efficiency and capacity expansion of the hydroelectric generator unit of Luotian Hydropower Station │ The characteristics of the development of hydropower station tourism resources in the United States │ Application of turning formwork in the concrete construction of the pad pond of Xiluodu Hydropower Station│ Risk identification and assessment analysis of Laojunmiao Hydropower Station project construction│ Design and construction practice of deep surge well shaft excavation of Nam Ngum 5 Hydropower Station in Laos│ Construction of complex geological tunnels of Xeset2 Hydropower Station in Laos│ Analysis and prevention of cracks in the dam concrete of Xeset2 Hydropower Station in Laos│ Logic design of automatic switching of power supply and locking of Huilan Pangya Hydropower Station in Laos│ Survey and remedial measures for sand and gravel yard of Laos Namgo 5 Hydropower Station dam│ Optimization design of diversion tunnel line of Laos Namgo 5 Hydropower Station│ Analysis of deformation monitoring data of RCC dam of Laos Namgo 5 Hydropower Station│ Organization and coordination of the management department of Laos Namgo 5 Hydropower Station│ Construction of unbonded prestressed anchor cables of Laos Nam Khan 2 Hydropower Station │ Research on the long-distance water diversion development plan of Laos Nam Ye 2 Hydropower Project │ Design of water diversion and power generation buildings of Laos Nam Ou River 2 Hydropower Station │ Design of slopes in the hub area of Laos Nam Ou River 5 Hydropower Station │ Research on the hub layout and main technical issues of Laos Nam Ou River 5 Hydropower Station │ Construction technology of diversion tunnels of Laos Nam Ou River 6 Hydropower Station │ Hydraulic machinery design of the sixth-level hydropower station on the Nam Ou River in Laos│ Overview of the development of cascade hydropower stations in the Nam Ou River basin in Laos│ Research on key issues of the large-scale bulb tubular unit of the Salakang Hydropower Station in Laos│ Calculation of the hydraulic transition process of the Lao Mukhon Hydropower Station unit and the downstream river channel│ Finite element analysis of the clay core earth-rock dam of the Laosong River Hydropower Station│ Design and construction of the upstream cofferdam of the Laojiangdi Hydropower Station│ Hydraulic stability analysis of turbines of Laojiangdi Hydropower Station │ Design of computer monitoring system of Laojiangdi Hydropower Station │ Analysis of the impact of Laodukou Hydropower Station project on biological resources of Erdeng rock forest musk deer and macaque nature reserve │ Analysis and treatment of damage causes of the access road on the right bank of Laohuzui Hydropower Station and the slope behind the factory building │ High-pressure grouting and anti-slide pile construction at the entrance slope of the diversion tunnel of Laohuzui Hydropower Station │ Thermal economics analysis of combined hydropower units considering environmental costs │ Optimal dispatching system of hydropower stations considering stability and cavitation wear performance │ Research on power generation dispatching of hydropower stations considering risk management │ Application of polypropylene fiber in anti-impact and wear-resistant concrete of the spillway of Nuozhadu Hydropower Station │ Application of polyurea in the anti-seepage treatment of cracks in the arch dam of Jinping Hydropower Station │ Design of computer monitoring system for Subei Dangshang Level 4 Hydropower Station │ Kenswat Hydropower Station model selection │ Application of pulse echo method in hydropower station volute emptying detection │ Discussion on capacity expansion and transformation of Tengjiao Hydropower Station │ Application of grouting in anti-seepage of cofferdam of Gancai Hydropower Station in Cambodia │ Application of grouting in anti-seepage of earth-rock cofferdam of Gancai Hydropower Station │ Excavation and construction of underground powerhouse of Ziyili Hydropower Station │ Application of automatic control technology in a hydropower station │ Application and promotion of automatic grid connection technology in Shijiazhuang rural hydropower station │ Application of automatic waste rack in Jingzhuang Hydropower Station │ Application of self-compacting concrete in a deep inclined shaft of a hydropower station │ Application of self-propelled hollow grouting anchors in the construction of Bandu Hydropower Station │ Application of adaptive hybrid cuckoo algorithm in hydropower station scheduling │ Application of self-drilling anchors in the construction of the left bank shaft of Xiluodu Hydropower Station│ Construction and quality control of concrete anti-seepage wall of Sergu Hydropower Station│ Research on hydropower station power generation sequencing method under energy-saving power generation dispatch mode│ Design of diversion tunnel of Qingxi Hydropower Station in Furong River Basin│ Selection of generator circuit breaker of Huayuan Hydropower Station│ Trackless sliding form construction of tailrace channel floor of Suzhi Hydropower Station factory│ Analysis and treatment design for the causes of water seepage and mud in the drainage pipes on the floor of the stilling tank of the Suzhi Hydropower Station│ Analysis of the crack control of the dam face of the Sujiahekou Hydropower Station│ Summary of the filling quality management of the concrete face rockfill dam of the Sujiahekou Hydropower Station│ Construction of C45 anti-scouring and wear-resistant concrete for the spillway of the Sujiahekou Hydropower Station│ Grouting test of the toe foundation of the Sujiahekou Hydropower Station│ Analysis of monitoring results of the face rockfill dam of the Sujiahekou Hydropower Station│ Special processing technology for curtain grouting of the dam foundation of Miaowei Hydropower Station │ Design of concrete mix ratio for anti-seepage wall in Miaowei Hydropower Station project │ Experimental study on productivity of curtain grouting at Miaowei Hydropower Station │ Quality inspection method and control standard for compaction of anti-seepage soil material for the core wall of Miaowei Hydropower Station │ Calculation and analysis of dam breach flood during the construction period of Miaowei Hydropower Station │ Experimental study on the static characteristics of filter material I of the gravel-core rockfill dam of Miaowei Hydropower Station│ Yingbulu Hydropower Station and isolated grid operation│ Research on the main technical issues of Yingbulu Hydropower Station│ Selection and cross-section design of the earth-rock dam of Yingbulu Hydropower Station│ Seepage characteristics and engineering countermeasures of rock mass at the dam foundation of Yingbulu Hydropower Station│ Characteristics of soft rock at the dam foundation of Yingbulu Hydropower Station and key engineering geological issues│ Safety monitoring design of Imbru Hydropower Station │ Characteristics of grounding design of Imbru Hydropower Station │ Overall layout design of Imbru Hydropower Station hub │ Construction diversion and foundation pit drainage of Imbru Hydropower Station │ Design of drainage building of Imbru Hydropower Station │ Hydrological characteristics and hydrological design characteristics of Imbru Hydropower Station │ Selection and research of turbine generator unit of Imbru Hydropower Station │ Operation mode of Imbru Hydropower Station │ Key points in the design of computer monitoring system of Yingbulu Hydropower Station│ Ventilation, air conditioning and fire protection design of Yingbulu Hydropower Station│ Selection of installed capacity of Caoliping Hydropower Station technical transformation project│ Application research of wide tail pier combined energy dissipation engineering of Lianhuatai Hydropower Station│ Microcomputer protection configuration and setting calculation of generators of Lianyangqiao Hydropower Station│ Features of water energy design of Lianlu I and II hydropower stations│ Technical water supply system design of Lianlu I Hydropower Station │ Hub diversion design of Lianlu I Hydropower Station │ Selection of diversion method for construction of Lianlu II (Xiacheng) Hydropower Station │ Design of working arc gate of the leakage gate of Lianlu II (Xiacheng) Hydropower Station │ Treatment measures and effect analysis of leakage water from the dam foundation of Lianlu Hydropower Station │ Lianlu Hydropower Station dam transverse joint leakage and seam drilling resistance treatment technology │ Study on the form of the ship lock water delivery system of Sarakang Hydropower Station │ Research on unit dismantling and Woqingli mouth solidification during the renovation of Gezhouba Hydropower Station │ Rapid air-locking construction technology of the upstream cofferdam of Dongqing Hydropower Station │ Design of the fire extinguishing system of the main transformer of Dongqing Hydropower Station │ Rapid sealing construction technology of the diversion tunnel on the left bank of the Dongqing Hydropower Station│ Innovative technology and application in the design of the Dongqing Hydropower Station│ Grouting construction of the geological anti-seepage sealing body of the No. 2 diversion tunnel of the Dongjing Hydropower Station with extrusion folds│ Research and development design of the transportation platform of the Taishir Hydropower Station in Mongolia│ Application of new technologies in the engineering auxiliary system of the Taishir Hydropower Station in Mongolia│ Application of steam curing in the construction of prefabricated beams of Laxiwa Hydropower Station │ Research on the deformation and stability of the deformation body in the dam site of a hydropower project under water storage conditions │ Application of battery pack capacity calculation in the South Derewatu Hydropower Station in Fiji │ Several thoughts on prioritizing the development of micro-hydropower in eastern Tibet │ SWOT analysis of the development of large and medium-sized hydropower in eastern Tibet │ Measures to deal with abnormal hole creation in the cofferdam anti-seepage wall of Zangmu Hydropower Station│ Research on the performance of concrete mixed with limestone powder in the dam of Zangmu Hydropower Station│ Concrete construction technology for high cold and large temperature differences in Zangmu Hydropower Station│ Design of high-line feeding platform of Zangmu Hydropower Station│ Innovation and optimization of arch dam foundation survey technology of Tengzigou Hydropower Station│ Design of concrete arch dam of Tengzigou Hydropower Station│ Analysis of monitoring results of comprehensive management of the high slope of the forebay of Hujiaya Hydropower Station │ Application of siphon water inlets in hydropower stations in cold areas │ Analysis of the pollution retention effect of double pollution barriers of Luotan Hydropower Station │ Application of prefabricated prestressed concrete bridges in Laos Nanye 2 Hydropower Station │ Practice of construction and management of rural hydropower efficiency expansion and transformation in Xiangyang City │ Evaluation of geological environment suitability of small hydropower projects in Xixiang Basin │ Engineering analysis in the environmental impact assessment of a hydropower project in southwest China│ Evaluation of the rock mass quality of the left bank dam foundation of a hydropower station in southwest China│ Analysis of slope deformation of the left bank dam head of a hydropower station in southwest China│ Prediction and stability evaluation of collapse deposits of highway collapse deposits in the reservoir area of a hydropower station in southwest China│ Research on the engineering geology of the deep and weak overburden foundation of a hydropower station in southwest China│ Discussion on the engineering geological classification of the surrounding rock of the tunnel of Xidahe II Hydropower Station│ Difficult issues in the foundation treatment construction of Xi'an Hydropower Station │ Selection of terminal and outlet voltage of Xizhijiang Huidong Hydropower Station │ Discussion on the impact of water and soil erosion and vegetation restoration measures of hydropower station construction in Tibet - taking Dobu Hydropower Station as an example │ Tibet Dobu Hydropower Station composite geomembrane seepage monitoring and leakage problem treatment │ Tibet Dobu Hydropower Station engineering closure design │ Closure design of the Duobu Hydropower Station project on the Niyang River in Tibet │ Engineering geological issues and treatment of the forebay of a hydropower station in Tibet │ Preliminary study on vegetation restoration of hydropower projects in the alpine areas of Hengduan Mountain in Tibet │ Economic analysis of hydropower development in Tibet │ Analysis of runner modifications at the Walong Hydropower Station in Tibet │ Analysis of the on-site stacking process of the generator rotor yoke at the Zhikong Hydropower Station in Tibet │ Construction of gravel earth core wall rockfill dam of Tibet Zhikong Hydropower Station│ Hazards and protection of debris flows in ditch-type waste sites of Western Water Conservancy and Hydropower Projects│ Design and construction of the third phase of the Guanyinyan Hydropower Station│ Design and construction of the triangular back frame multi-ka formwork of the Guanyinyan Hydropower Station│ Temporary blocking door structure and reinforcement measures of the Guanyinyan Hydropower Station│ Analysis of productivity test results of consolidation grouting for the dam foundation on the right bank of Guanyinyan Hydropower Station│ In-situ shear test study on RCC technology of the right bank dam of Guanyinyan Hydropower Station│ Simulation analysis of RCC temperature field of the overflow dam section on the right bank of Guanyinyan Hydropower Station│ Construction technology of inclined layer of RCC on the right bank of Guanyinyan Hydropower Station│ Research on optimization of earthwork distribution of Guanyinyan Hydropower Station│ Guanyinyan Hydropower Station dam foundation protective layer excavation pre-split blasting test │ Guanyinyan Hydropower Station diversion open channel slope pre-split blasting construction │ Guanyinyan Hydropower Station left bank dam foundation excavation construction │ Guanyinyan Hydropower Station left bank dam section corrosion zone consolidation grouting productivity test │ Guanyinyan Hydropower Station core rockfill dam anti-filter material rolling test and analysis │ Filling construction technology of core rockfill dam of Guanyinyan Hydropower Station│ Engineering geological survey and research of complex layered dam foundation in the hub area of Guanyinyan Hydropower Station│ Numerical simulation of three-point bending test of concrete beams of Guanyinyan Hydropower Station│ Excavation and construction technology of Qianchanggou landslide treatment project of Guanyinyan Hydropower Station│ Stability evaluation and treatment plan design of Qianchanggou landslide of Guanyinyan Hydropower Station│ Turbine selection for Guanyinxia Hydropower Station │ Seismic and seismic design of the main electrical equipment of Guanyinqiao Hydropower Station │ Application of computer network technology in water conservancy and hydropower projects │ On strengthening the construction cost management of the hydropower project department │ On the feasibility of long-term compensation for resettlement of hydropower projects in East China │ On the role of references in hydropower scientific papers │ On the construction of new energy disciplines in applied undergraduate colleges - taking Zhejiang Water Conservancy and Hydropower College as an example│ On the fixation and adjustment of the stator coil end hoops of a hydropower station unit│ On the karst water inflow and prediction of foundation pits of water conservancy and hydropower projects│ On the grade determination and project management of large pressure steel pipes in hydropower stations│ On the key points of the construction of automatic water regime forecasting and reporting systems in Shuhe and Xunyang hydropower stations│ Design flood analysis of Gaixiaba Hydropower Station due to heavy rainfall│ Discussion on the general contracting business of the design institute in the hydropower resettlement project│ Discussion on the construction cost management and control of hydropower projects│ Discussion on the operation and management of hydropower construction enterprise testing companies│ Discussion on ecology, society and economy are the win-win goals of small hydropower development│ Application of pressure regulating valves in the design of pressure regulating systems of small and medium-sized hydropower stations│ Talking about the automation upgrading and renovation of hydropower stations │ Experimental research on consolidation grouting without cover on the right bank of Xiangbiling Hydropower Station │ Application of Bailey Bridge in the construction of deck beams for ship lift equipment of Shatuo Hydropower Station │ Analysis and treatment of cracks in the runner room stiffeners of Unit 2 of Gongchuan Hydropower Station │ Application of rubber-poor coarse aggregate in the Ganzai Hydropower Station project │ Implementing the Scientific Outlook on Development to accelerate hydropower development in my country │ Implement the scientific concept of development and strive to promote the sustainable development of hydropower in Songyang County │ The impact of hydraulic pulsation load of tubular units on the structure of the hydropower station building │ Controlled blasting construction of the No. 1 construction branch tunnel of the expansion project of Guizhou Xiangshui Hydropower Station through the original diversion tunnel │ Difficulties, problems and suggestions existing in replacing fuel with small hydropower in Guizhou Province │ Quality management of Jiajiaying secondary hydropower station project │ Investigation into the impact of the dehydration section of the Jiajiayingzi II Hydropower Station and a preliminary study on the solutions │ Design of the pressure diversion power generation tunnel of the Saiwuduo Hydropower Station without a pressure regulating well │ Application of Saibos reinforcement technology in the water conveyance tunnel of the Laoshikan Hydropower Station │ Treatment of several program problems in the installation and operation of the electromechanical equipment of the Saizhu Hydropower Station │ Secondary design of the power system of the Lunzua Hydropower Station in Zambia │ Design of the water diversion system of the LUNZUA Hydropower Station in Zambia│ Structural stress analysis of the thrust ring of the upstream wall of the Itez Hydropower Station in Zambia│ Development of small hydropower in Zambia│ Brief analysis of rural hydropower safety management in Ganzhou City│ Application and research of the advanced geological forecasting system in the construction of the traffic tunnel project of the Maer Dam Hydropower Station│ Application of advanced grouting excavation technology in the construction of the diversion tunnel of the superstructure hydropower station│ Application of new super-large steel pipe manufacturing technology in Liyuan Hydropower Station │ Application of ultra-fine cement grouting construction technology in the diversion tunnel project of Jinping II Hydropower Station │ Branch pipe layout and hydraulic pressure test of ultra-high head hydropower station │ Design of unlined diversion tunnel of An Khe Hydropower Station in Vietnam │ Underwater treatment technology for structural joint leakage in the dam structure of Song Tranh 2 Hydropower Station in Vietnam │ Advanced geological forecast of the diversion tunnel of Vietnam's Shang Kon Son Hydropower Station│ Selection and calculation of neutral point equipment for generators of Vietnam's Tai'an Hydropower Station│ Hydraulic machinery design of Vietnam's Anko Hydropower Station│ Temperature control design of the dam of Kunjiang Level 2 Hydropower Station in Vietnam│ Design and construction of roller compacted concrete dam of Kunjiang Level 2 Hydropower Station in Vietnam│ Construction diversion design of Zhanhua Hydropower Station in Vietnam│ Construction of computer monitoring system of Vietnam's Xiangshan Hydropower Station│ Selection of generator circuit breaker of Paomaping Hydropower Station │ Special application of pipe drilling technology in the exploration of Dahuaqiao Hydropower Station │ Design of efficiency enhancement and transformation of Cheba Cascade Hydropower Station │ Selection of technical transformation and capacity expansion project of Chetou Hydropower Station │ Selection of turbine runner for efficiency enhancement and capacity expansion of Chetan Hydropower Station │ Design and application of runner dehumidification in hydropower station │ Comparison of structural stress and displacement of hydropower station buildings on soft foundation and rock foundation │ Application of axial extension tubular propeller turbine in Xiwa Andu Hydropower Station │ Little pearl in the border area cottage - rural small hydropower construction in the border area of Tibet Autonomous Region │ Selection of the secondary grounding point location of the current loop of Liaoning Jinshao Hydropower Station │ Experimental study on optimization of the spillway inlet shape of Dakquke Hydropower Station │ Bolt shot blasting support for the high slope on the right bank of the Dalahekou Hydropower Station project│ Analysis of abnormal temperature rise of the unit at Guojundu Hydropower Station│ Improving the level of hydropower construction technology through technological innovation│ Implementing the installation and adjustment of the seat ring of the Bandu Hydropower Station through the overall drop method│ The status and role of the cost engineer in the construction supervision of water conservancy and hydropower projects│ Design of the bulb tubular turbine generator of the Naji Hydropower Station│ Naji Shipping Hub Hydropower Station plant layout and characteristics │ Nabi Hydropower Station RCC dam abnormal concrete construction technology │ Nabi Hydropower Station RCC gravity dam construction temperature control technology in high temperature seasons │ Nabi Hydropower Station governor static characteristics test and analysis │ Nabang Hydropower Station dam right bank high slope reinforcement design of prestressed anchor cables │ Handan City ecological water network project and harmonious development of small hydropower │ Review and outlook of the business development of domestic and foreign hydropower projects of Handan Institute │ Construction of anti-seepage and leakage repairing project for the right water source diversion tunnel of Langheng Hydropower Station │ Research and application of anti-seepage treatment of the first-phase cofferdam of Lidi Hydropower Station │ Technological transformation of sand and gravel processing system in Luodatang of Lidi Hydropower Station │ Origin mechanism and degree of deformation of toppling deformed rock mass on the right bank of the Lidi Hydropower Station dam site │ Standardized management of Lishimen Hydropower Station │ Principles and methods of regional economic impact assessment of major hydropower construction projects │ Evaluation of tenders for small and medium-sized water conservancy and hydropower projects in Chongqing │ Experimental study on the deformation modulus of metamorphic conglomerate drilling at the dam foundation of the reconstructed Fengman Hydropower Station │ Pay attention to the impact of public opinion on the development of small hydropower │ Discussion on the secondary equipotential grounding grid scheme of Jinshao Hydropower Station │ Management of materials supplied by the owner of Jin'anqiao Hydropower Station │ Jin'anqiao Hydropower Station powerhouse volute phase II concrete construction technology │ Jin'anqiao Hydropower Station dam seismic analysis and seismic measures design │ Jin'anqiao Hydropower Station stator positioning bar installation quality control │ Jin'anqiao Hydropower Station project construction supervision exploration and practice │ Jin'anqiao Hydropower Station project construction management overview │ Jin'anqiao Hydropower Station project closure construction technology and characteristics │ Design of water diversion and power generation system of Jin'anqiao Hydropower Station │ Quality control of concrete production in the mixing plant of Jin'anqiao Hydropower Station │ Environmental protection management during the construction period of Jin'anqiao Hydropower Station │ Evaluation of engineering geological conditions in the hub area of Jin'anqiao Hydropower Station │ Research on hub layout of Jin'anqiao Hydropower Station │ Design of slope engineering of hub buildings of Jin'anqiao Hydropower Station │ Zoning and implementation measures for water and soil conservation prevention and control of Jin'anqiao Hydropower Station │ Analysis of the structural characteristics of the turbine generator rotor of Jin'anqiao Hydropower Station│ Research on the application of basalt aggregate roller compacted concrete of Jin'anqiao Hydropower Station│ Research on cable hoist equipment selection of Jin'anqiao Hydropower Station│ Research on surface hole leakage and underflow energy dissipation of Jin'anqiao Hydropower Station│ Practice of retrofitting the gate automatic monitoring system of Jinshan Hydropower Station│ Analysis of slope stability of the right bank diversion tunnel outlet of Jinchuan Hydropower Station│ Optimization analysis of the underground powerhouse excavation plan of Jinchuan Hydropower Station│ Vibration liquefaction evaluation and engineering measures of the sand layer lens at the dam foundation of Jinchuan Hydropower Station│ Experimental research on early cracking of face concrete of Jinchuan Hydropower Station│ Water seepage treatment of earth dam of Jinshaxia Hydropower Station hub project│ Numerical simulation of hydraulic characteristics of fish passage of Jinsha Hydropower Station│ Analysis of hydropower target market and economic research on the upper reaches of Jinsha River│ A review of planning research on the centralized control center of cascade hydropower stations in the middle reaches of the Jinsha River│ Research and practice on the hydropower development planning system in the middle reaches of the Jinsha River basin│ Research and determination of hydropower development methods in the Ahai section of the middle reaches of the Jinsha River│ Layout and application of control measurements for the diversion tunnel excavation of the Wudongde Hydropower Station on the Jinsha River│ Stability analysis of the excavation deformation of the left bank abutment of a hydropower station on the Jinsha River│ Research on three conventional dispatching methods for joint power generation operation of Jinsha River cascade hydropower station group │ Water seepage treatment of AGR1 grouting flat cave rock mass of Jinsha River Xiluodu Hydropower Station │ Dynamic and static comparative study of rock mass deformation characteristics of Jinsha River Baihetan Hydropower Station │ Design of the main bridge of Hulukou Bridge of Jinsha River Baihetan Hydropower Station │ Construction technology for water leakage treatment of the left bank corridor of Jinsha River Guanyinyan Hydropower Station │ Analysis of the permeability of the dam foundation rock mass of the Jinsha Hydropower Station on the Jinsha River │ Design and operation of the upstream water cofferdam of the Ludila Hydropower Station on the Jinsha River │ Characteristics and prevention measures of water and soil erosion in the resettlement of the Ludila Hydropower Station on the Jinsha River │ Comparison and selection of Jinda secondary hydropower station layout plans │ Determination of parameters and model selection of Jinjitan Hydropower Station │ Research on some external issues in the economic evaluation of hydropower development │ Application of needle beam trolley in the construction of diversion tunnel project of hydropower station │ Application of steel slag concrete in Zamusi Hydropower Station project │ Application of steel pipe pile technology in Miaojiaba Hydropower Station highway reconstruction project │ Metal structure design of Tiecheng Hydropower Station │ Construction technology for dam crack treatment of Tiechuanqiao Hydropower Station │ "Abnormal" analysis of horizontal displacement regularity of No. 24 dam section of Tongjiezi Hydropower Station │ Application of aluminum-plastic panels in the tailwater diffusion section of the powerhouse dam section of Shenxigou Hydropower Station │ Research on the large-scale high slope engineering design of Guolangzhi Hydropower Station │ Application of anchor non-destructive testing technology in the support project of Jishixia Hydropower Station │ Dielectric loss test of 1%23 generator stator bar of Jinping II hydropower station │ 550 kV GIS installation quality and progress control of Jinping I hydropower station │ Jinping I Hydropower Station F5 Fault Cement-Chemical Composite Grouting Test│ Safety Design of Jinping I Hydropower Station Outlet Shaft Construction Lifting System│ Jinping I Hydropower Station Pressure Steel Pipe Safety New Technology Test│ Analysis and Treatment of Relaxation and Deformation Mechanism of Surrounding Rock of Jinping I Hydropower Station Underground Powerhouse│ Construction of Jinping I Hydropower Station Underground Powerhouse Cavern Group│ Research on Grouting Detection Technology and Evaluation Standards for Jinping I Hydropower Station Foundation Engineering│ Grouting construction technology of dam joints of Jinping I Hydropower Station│ Simulation study on cross-cutting flushing and displacement of fault F5 on the left dam abutment of Jinping I Hydropower Station│F on the left bank of Jinping I Hydropower Station_2 Comprehensive treatment design of faults│ Consolidation grouting test of the left bank resistance body of Jinping I Hydropower Station│ Stability analysis and engineering measures research on the arch dam abutment of Jinping I Hydropower Station│ Experimental analysis of frost resistance performance of arch dam concrete of Jinping I Hydropower Station│ Analysis and evaluation of crack resistance performance of concrete arch dam of Jinping I Hydropower Station during construction period│ Engineering measures to suppress alkali aggregate reaction of concrete arch dam of Jinping I Hydropower Station│ Temperature control and crack prevention technology and practice for the extra-high arch dam of Jinping I Hydropower Station│ Water inlet layout and slope optimization design of Jinping I Hydropower Station│ Treatment technology and application of chlorite schist section of No. 1 diversion tunnel of Jinping II Hydropower Station│ Test of covered heavy-duty anti-seepage consolidation grouting of No. 3 diversion tunnel of Jinping II Hydropower Station│ Quality control of consolidation grouting of No. 3 and No. 4 diversion tunnels of Jinping II Hydropower Station│ Secondary reinforcement technology for surrounding rock deformation in the No. 3 diversion tunnel of the Jinping II Hydropower Station│ Groundwater treatment in the karst cave exploration of the No. 3 diversion tunnel of the Jinping II Hydropower Station│ Analysis of the regional geological environment of the Jinping II Hydropower Station and the engineering geological conditions of the diversion tunnel│ Design and construction of rock wall crane beams for the underground powerhouse of the Jinping II Hydropower Station│ Excavation and blasting tests of rock wall beams in the underground powerhouse of the Jinping II Hydropower Station│ Concrete construction technology of rock wall beams in the underground powerhouse of Jinping II Hydropower Station│ Diversion and drainage treatment of leakage water in the traffic tunnel within the Jinping II Hydropower Station│ Overview of the construction of diversion tunnels of Jinping II Hydropower Station│ Key technical issues of the water diversion system of Jinping II Hydropower Station│ Research on comprehensive prevention and control measures of strong rock bursts in the diversion tunnel project of Jinping II Hydropower Station│ Overall design of the construction of the diversion tunnel of Jinping II Hydropower Station│ Research on groundwater detection technology during the construction period of the diversion tunnel of Jinping II Hydropower Station │ Simulation and inspection of concrete lining construction in the turning section of the diversion tunnel of Jinping II Hydropower Station │ Secondary excavation support construction technology for the soft rock large deformation tunnel section of the diversion tunnel of Jinping II Hydropower Station │ Analysis of deformation characteristics and reserved deformation amount of the soft rock section of the diversion tunnel of Jinping II Hydropower Station │ Time effect of fracture propagation of deeply buried marble in Jinping II Hydropower Station │ Research and application of key technologies for narrow embankment closure of Jinping II Hydropower Station │ Main construction technology of the diversion tunnel at the west end of Jinping II Hydropower Station │ Experimental study of water diversion and sand prevention model at the water inlet of Jinping II Hydropower Station │ Stability analysis of No. 3 landslide of Jinping Hydropower Station │ Efficiency expansion and capacity expansion renovation of the hydroelectric generator unit of Jinjiang Reservoir Dam behind the dam │ Production and construction technology of arc keyway formwork of Jintan Hydropower Station │ Comparison and selection of diversion line options for Jingtieshan III Hydropower Station │ Data processing of GPS construction measurement control network for long diversion hydropower station project │ Discussion on the closing rules of hydropower station guide vanes for long diversion tunnel project │ Yangtze River Engineering Geophysical Survey Wuhan Co., Ltd. undertakes the geophysical survey and monitoring task of Wudongde Hydropower Station on the Jinsha River │ Experimental study on the protection methods of the upstream overwater cofferdam and weir surface of Changheba Hydropower Station │ Construction technology of fair-faced concrete for rock wall beams in the underground powerhouse of Changheba Hydropower Station│ Selection of rockfill blasting construction parameters of Changheba Hydropower Station│ Rapid construction technology of anti-seepage wall of cofferdam in complex strata of Changheba Hydropower Station│ Key technologies and new processes for flood relief construction of Changheba Hydropower Station dam│ Excavation and construction technology of extremely steep and high slopes of Changheba Hydropower Station project│ Special construction method of large-aperture cast-in-place piles for Fenglingou Bridge of Changheba Hydropower Station│ Experimental study on the anti-freeze performance of concrete at Changheba Hydropower Station│ Experimental study on the selection of compaction function of gravel soil core wall material of Changheba Hydropower Station│ Quality control of high slope excavation construction and molding of Changheba Hydropower Station│ Unattended renovation of off-site small hydropower units of Changtan Reservoir Hydropower Station│ Research on stator assembly process of VPI stator bar of Changdian Hydropower Station │ Problems and solutions in the installation of turbine water guide mechanism of Changzhao Hydropower Station │ Application of long-distance belt conveyor in sand and gravel system engineering of hydropower projects │ Application of gantry-type steel formwork trolley in the lining of the diversion tunnel of Dahuashui Hydropower Station │ Analysis of key points in the installation of hydraulic generator sets of Kuoketal Hydropower Station │ Analysis of the seepage characteristics of the gate foundation of the deep covering layer of the Yinping Hydropower Station │ Design of the capacity expansion and reconstruction plan of the Altay II Hydropower Station │ The Albanian government encourages the development of small hydropower │ Calculation of the characteristic flood level of the Awati Hydropower Station │ Calculation of the upper frame structure of the Alewa Hydropower Station building │ The production and installation process of the pressure steel pipe of the Asahan I Hydropower Station │ Selection and design of the energy dissipation valve of the Asahan I Hydropower Station │ Effects of rainfall infiltration on the instability of slate slopes in Miaowei Hydropower Station and reinforcement measures │ Problems and countermeasures in rural hydropower construction in Shaanxi Province │ Design and calculation of powerhouse structure of Taocha Hydropower Station │ Principle and debugging of excitation system of Geheyan Hydropower Station │ Research on joint optimal dispatching of cascade hydropower stations in the lower reaches of Yalong River │ Research on turbine parameter selection of Lianghekou Hydropower Station in Yalong River │ Study on the activity of the Songyu Fault in the Lenggu Hydropower Station site area of the Yalong River │ Design of the fish breeding and release station of the Yalong River Jinping Cascade Hydropower Station │ Experimental study on the construction interception model of the Yarlung Zangbo River Street Xihui Hydropower Station │ Application of the centralized lubrication system on the door machine of the Taoyuan Hydropower Station │ Construction technology of the entrance open channel of No. 3 and No. 4 diversion tunnels of the Xuzhadu Hydropower Station │ Main technological innovations and practices of the Xuzhadu Hydropower Station hub project │ Qingyanggou Hydropower Station water diversion system and surge well engineering design │ Qingyanggou Hydropower Station unit selection and design │ Qingyanggou Hydropower Station hub layout and building design features │ Analysis of siltation characteristics of Qingtongxia Hydropower Station tailrace channel │ Application of static GPS technology in Nazixia Hydropower Station construction control network measurement │ Application of static blasting in detonating boulders at Laxiwa Hydropower Station │ Development opportunities for small hydropower in Africa │ Integrated control equipment for small hydropower efficiency and capacity expansion │ Modular microcomputer protection for small hydropower │ Modular microcomputer excitation regulator for small hydropower │ Numerical simulation of the impact of panel cracks on the seepage field of the Jishixia Hydropower Station dam │ Optimal design of prestressed anchor cable anti-slide piles in the leveling project of Lianghekou Hydropower Station│ Application of risk management theory in hydropower station construction│ Application of vetiver hedge reinforcement technology in Jinping I Hydropower Station│ Research on anti-corrosion issues of pressure steel pipes in Kejia Hydropower Station in Macedonia│ Review of design of face rockfill dam of Bakun Hydropower Station in Malaysia│ Selection of cement grouting water-cement ratio in Muruo Hydropower Project in Malaysia│ Design of prestressed arc gate bearings for Hulu Hydropower Station in Malaysia│ Construction diversion design of Ferru Hydropower Station in Mali│ Monitoring design of crest deformation of the zigzag dam of Mamaya I Hydropower Station│ Promote pioneering and innovation at a high level to overcome difficulties and complete the resettlement task of Rutila Hydropower Station on time│ Application of high-pressure jet grouting technology in the construction of the exit cofferdam of the diversion tunnel of Nuozhadu Hydropower Station│ Application of high-pressure jet grouting in anti-seepage treatment of cofferdam foundation of Gaixiaba Hydropower Station│ Application of high-pressure jet jet anti-seepage wall in Sanshengong Phase II Hydropower Station Project│ Plateau lake ecosystem service function and its impact on hydropower development│ Application of high-pressure jet grouting technology in anti-seepage treatment of cofferdam at the exit of diversion tunnel of Huanghuangping Hydropower Station│ Application of high-pressure jet anti-seepage wall in foundation treatment of hydropower station│ Gaoba Daku Hydropower Station earthquake emergency plan and urgent problems to be solved │ Observation test of the floodgate prototype of Gaoba Daku Hydropower Station │ Discussion on turf transplantation technology in the construction of hydropower stations in alpine areas │ Application of high-strength tensile prestressed anchor cables in the reinforcement of high slopes on the abutment of Xiaowan Hydropower Station │ Gaoqiaowan Hydropower Station factory building design │ Discussion on several technical issues in the design of penstock piers for high-head hydropower stations │ Overview of the design of buried penstocks for high-head hydropower stations │ Seismic analysis of water inlet towers of hydropower stations in high-intensity earthquake areas │ Stability review study of No. 8 dam section of Gaosha Hydropower Station │ Design and application of earth-rock water cofferdam downstream of Ludila Hydropower Station │ Experimental research on the covered heavy consolidation grouting of the dam foundation of Rudila Hydropower Station │ Research on the water-stop design of the slap-type floating gate of the Ludila Hydropower Station │ Analysis and research on the unsteady seepage of the Kumu A landslide of the Ludila Hydropower Station │ Research on the selection of concrete aggregate sources of the Ludila Hydropower Station │ Several practices for cost control of the resettlement project of the Ludila Hydropower Station │ Closure construction of the first hub project of the Lujichang Hydropower Station │ Blasting construction technology of the Lujichang Hydropower Station │ Optimal design of the water diversion project in the diversion area of the Niao'erchao Hydropower Station capacity expansion and reconstruction│ Analysis of the concrete warehousing scheme of the Yuanyangqiao Hydropower Station dam│ Quality control of the slope anchor and shotcrete support construction of the Qilinsi Hydropower Station│ Danger removal measures for the post-earthquake project of the Qilinsi Hydropower Station│ The impact of the Huangfeng Hydropower Station on the ecological environment and protective measures│ Optimization design of the floodgate drainage system of the Huangfeng Hydropower Station project│ Analysis of the causes of excessive differential current of the main transformer of the Huangtuwan Hydropower Station│ Condition maintenance of the Huangtuwan Hydropower Station│ Design of hydroelectric generator units and ancillary equipment of the Yellow River Sanshenggong Hydropower Station│ Capacity expansion and reconstruction design of the 1^#~5^# units of the Yellow River Sanmenxia Hydropower Station│ Research on abrasion and protective measures of Francis turbines of the Yellow River Upper Hydropower Station│ Analysis of sulfate erosion damage of a hydropower station in the upper reaches of the Yellow River│ Remote diagnosis of dam safety management for the cascade hydropower station group in the upper reaches of the Yellow River │ A brief analysis of the runner hoisting method of the Banduo Hydropower Station in the upper reaches of the Yellow River │ A preliminary study on the possible maximum flood estimate for the large hydropower station project above Longyang Gorge in the upper reaches of the Yellow River │ Research on the abrasion status maintenance of the turbines of the hydropower stations on the Yellow River │ Treatment of structural joints and crack leakage in the concrete construction of the spillway tunnel on the left bank of the Gongboxia Hydropower Station on the Yellow River │ Inspection and treatment of the sudden increase in the operating swing of the water guide bearing of the No. 0 turbine of the Yellow River Grand Gorge Hydropower Station │ Technical transformation of the vacuum breaking valve of the turbine of the Yellow River Grand Gorge Hydropower Station │ Research on the operation dispatching method after the Yellow River Overpass Hydropower Station is eliminated and reinforced │ Key technologies for precision leveling of the Yellow River Laxiwa Hydropower Station │ Preliminary selection of turbine parameters of the Yellow River Haibowan Hydropower Station │ Analysis of dam seepage safety of the Yellow River Source Hydropower Station project │ Yellow River Banduo Hydropower Station closure construction technology │ Yellow River Banduo Hydropower Station floodgate prestressed gate pier design │ Yellow River Jishixia Hydropower Station medium hole spillway tunnel non-combined section roof arch formwork and support system design and construction │ Yellow River Jishixia Hydropower Station construction measurement control network optimization and reconstruction │ Yellow River Jishixia Hydropower Station measurement and reporting system and encryption network design │ Introduction to the trackless sliding form construction method for the tailrace channel floor of the powerhouse of the Suzhi Hydropower Station on the Yellow River │ Design of the composite geomembrane sand and gravel dam on the right bank of the Huangfeng Hydropower Station on the Yellow River │ Selection and application of the series resonance device at the Longkou Hydropower Station on the Yellow River │ Analysis and treatment of the causes of oil rejection by the oil receiver of the Longkou Hydropower Station on the Yellow River │ Summary of the research results on seismic safety review of the Longyangxia Hydropower Station on the Yellow River and the ultimate bearing capacity of the dam │ Comprehensive management of toppled loose rock mass on the high slope of Huangdeng Hydropower Station │ Key technical issues in the construction of Huanghuazhai Hydropower Station │ Discussion on emergency construction methods of Highway 8 at Huanghuangping Hydropower Station │ Process design of the artificial sand and gravel aggregate processing system of Huanghuangping Hydropower Station │ Analysis of stress and deformation characteristics of the dam foundation corridor of Huanghuangping Hydropower Station │ Construction technology of anti-seepage wall with a thickness of more than 100 meters at Huanghuangping Hydropower Station │ Rapid construction technology of asphalt concrete for the dam core wall of Huanghuangping Hydropower Station │ Analysis of monitoring results of the dam water storage process of Huanghuangping Hydropower Station │ Practice of processing and filtering materials of natural sand and gravel at Huanghuangping Hydropower Station │ Treatment of diversion tunnel collapse of Huanghuangping Hydropower Station │ All-risk execution and management practice of construction of Huanghuangping Hydropower Station │ Optimization design of dam filling material sources during the technical construction stage of Huanghuangping Hydropower Station │ Summary of construction management of Huanghuangping Hydropower Station hub project │ Huanghuangping Hydropower Station hub layout design research │ Huanghuangping Hydropower Station discharge building layout optimization test study │ Huanghuangping Hydropower Station stone yard blasting test study │ Huanghuangping Hydropower Station volute and elastic cushion structure design │ Huanghuangping Hydropower Station surge chamber surrounding rock stability and lining structure analysis │ Huanghuangping Hydropower Station slope deformation mechanism analysis │ Huanglongtan Hydropower Station No. 3 diversion hole leakage treatment │ Analysis of the geological conditions of the foundation of the powerhouse of the Qirehattar Hydropower Station│ Study on the deformation monitoring of the surrounding rock of the water diversion and power generation tunnel of the Qirehattar Hydropower Station│ Turbine selection and structural design of the Qirehattar Hydropower Station│ Analysis of the stability of the slope behind the pressure regulating shaft of the Qirehattar Hydropower Station│ Application of heavy consolidation grouting technology without cover of the pressure regulating shaft of the Qirehattar Hydropower Station│ Research on anti-seepage design of surge chamber of Qirehattar Hydropower Station │ Analysis of the impact of peak-shaving operation of Longkou Hydropower Station on downstream rivers │ Design of soil and water conservation and environmental protection measures of Longjiazhuang Hydropower Station │ Overview of cost management during the construction and implementation phase of Longkaikai Hydropower Project │ Technical innovation of Longkai Hydropower Project │ Rapid construction technology of concrete for the second phase of the volute of Longkai Hydropower Station plant │ Stability analysis and reinforcement of the deformed slope on the right bank of Longkaihui Hydropower Station│ Longkaikai Hydropower Station dam foundation deep groove treatment design│ Longkaikai Hydropower Station dam foundation deep groove construction│ Longkaikai Hydropower Station foundation ring and seat ring installation quality control│ Longkaikai Hydropower Station dam engineering construction quality management practice│ Longkaikai Hydropower Station dam project progress management│ Longkaikai Hydropower Station dam foundation surface optimization research│ Seismic research and design of Longkaikai Hydropower Station dam│ Longkaikai Hydropower Station stator assembly and construction technology│ Comprehensive management of tailrace canal slope of Longkaikai Hydropower Station│ Overview of Longkaikai Hydropower Station project construction│ Longkaikai Hydropower Station construction diversion planning, design and implementation│ Longkaikai Hydropower Station environmental protection work management and practice during construction period│ Longkaikai Hydropower Station construction progress design and implementation│ Longkaikai Hydropower Station electromechanical engineering construction practice│ Research on key technologies of Longkaikai Hydropower Station hub project│ Safety monitoring design of Longkaikai Hydropower Station hub project│ Construction and management of Jiangdong resettlement site of Longkaikai Hydropower Station│ Research on source selection and processing and transportation plan of dolomite concrete aggregate of Longkaikai Hydropower Station│ Selection and application of warehousing method of roller compacted concrete of Longkaikai Hydropower Station│ Quality control of key aspects of roller compacted concrete construction of Longkaikai Hydropower Station│ Temperature control technology of roller compacted concrete of Longtan Kaikai Hydropower Station │ Design, development and application of anti-collision system of Longtan Kaikai Hydropower Station │ Stability analysis of landslide on the left side of a Longhe hydropower station building │ Analysis and treatment of unstable blocks on the entrance slope of the No. 1 diversion tunnel of Longtan Hydropower Station │ Operation analysis of the 700MW fully air-cooled turbine generator of Longtan Hydropower Station │ Review of dam foundation consolidation grouting treatment of Longtan Hydropower Station Construction of prestressed anchor cables in the bottom hole of Longtan Hydropower Station │ Comprehensive application of wireless flood discharge alarm and wired telephone broadcasting in Longtan Hydropower Station │ Operation and management of produced water plant in Longtan Hydropower Station │ Automatic ventilation and air-conditioning control system of Longtan Hydropower Station │ Construction technology of roller compacted concrete warehousing of Longtanzui Hydropower Station │ Composite grouting treatment of G4 pegmatite cleavage zone in Longyangxia Hydropower Station │ Analysis and prediction of seepage behavior of the F120+A2 dam foundation fault of Longyangxia Hydropower Station │ Prevention and control of salinization of immigrant houses in the reservoir area of Longyangxia Hydropower Station │ Application and transformation of the speed regulation system of Longyangxia Hydropower Station │ Construction of the complex geological section of the tunnel of Xiandong Hydropower Station in Longsheng County │ Technical transformation of the 6.3kV generator power distribution device of Longmentan Level 1 Hydropower Station │ Comprehensive automation renovation of Longmentan I Hydropower Station│ Fabrication and installation of pressure steel pipes of Longshou II Hydropower Station│ Renovation design of deformation monitoring network of Longshou II Hydropower Station│ Discussion on the high water level opening and closing problem of the No. 9 spillway working door of Gongzui Hydropower Station│ Selection of pollution barrier type at the water inlet of the generator set of Gongzui Hydropower Station│ Exploration and practice of capacity expansion and renovation of Gongzui Hydropower Station units│ Insulation treatment of turbine generator rotor of Gongzui Hydropower Station │ Analysis of measured environmental quantities of Gongzui Hydropower Station │ └─9.3 Hydropower Courseware │ Reservoir Bank Slope Geological Hazard Investigation and Assessment Technology (Water Conservancy and Hydropower Engineering) (Hu Xiewen).ppt │ Landslides and Prevention in my country's Water Conservancy and Hydropower Construction (Chen Zuyu).ppt │ Hydropower and Port Geological Hazard Assessment.ppt │ Hydropower Station PPT.rar │ Hydropower Station PPT1 Introduction 75.ppt │ Hydropower station PPT12 - water hammer and adjustment guarantee calculation of hydropower station 85.ppt │ Hydropower station PPT13 - pressure regulating room 79.ppt │ Hydropower Station PPT14 - Hydropower Station Factory Building (1) 85.ppt │ Hydropower Station PPT15 - Hydropower Station Factory Building (2) 62.ppt │ Hydropower Station PPT16 - Hydropower Station Factory Building Structural Analysis 66.ppt │ Hydropower station PPT17 - other types of factory buildings 46.ppt │ Hydropower Station PPT18 - Hydropower Construction and Ecology 71.ppt │ Hydropower Station PPT19 - Operation and Management of Small and Medium-sized Hydropower Stations 62.ppt │ Hydropower Station PPT2 - Overview of Water Turbine 85.ppt │ Hydropower station PPT5 - turbine selection 54.ppt │ Hydropower station PPT6 - speed regulating equipment of hydraulic turbine 25.ppt │ Hydropower station PPT7 - water inlet structure of hydropower station 71.ppt │ Hydropower station PPT8 - water diversion structure of hydropower station 29.ppt │ Calculation of water hammer and regulation guarantee of hydropower station.ppt │ └─Hydropower station PPT 12 - Calculation of water hammer and regulation guarantee of hydropower station.ppt 19 - Operation management of small and medium-sized hydropower stations.ppt 1 - Introduction.ppt 2 - Overview of hydraulic turbine.ppt 3 - Working principle of hydraulic turbine.ppt 4 - Similar principle and characteristic curve of hydraulic turbine.ppt