22.6 Vacuum equipment information list

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22.6 Vacuum equipment information list │ ├─22.6 General information on vacuum equipment │ JZJ2B JZJ2S series Roots water (liquid) ring vacuum unit │ JZJ2B, JZJ2S series Roots water ring vacuum unit │ QB.T 2332-1997 Stainless steel vacuum insulation container.doc │ SFF508 pressure vacuum release valve.doc │ SK series water ring vacuum pump and compressor │ Condenser vacuum stabilization and improvement.doc │ Separate vacuum packing machine │ Pressure gauge pressure vacuum gauge vacuum gauge.doc │ Two-speed motor vacuum electromagnetic starter instruction manual │ Ejector selection manual_Chinese version │ Water jet pumping system.doc │ Shandong Bozhong Vacuum Equipment Selection Guide │ Introduction to belt conveyor automatic tensioning device (intelligent reversible vacuum switch) Introduction.doc │ Trap.doc │ European separated vacuum filler │ European direct-connected vacuum filler │ Brief analysis of the impact of shaft seal steam supply temperature on vacuum.doc │ Direct-connected vacuum filling machine │ Steam jet vacuum pump for vacuum smelting.doc │ Vacuum pressure release valve instruction manual.doc │ Basic maintenance of vacuum rotary filter and common faults and solutions.doc │ Common vacuum formulas │ Vacuum technology column lectures.doc │ Application of vacuum leak detection technology in power plants.doc │ Summary of calculation formulas for vacuum pump parameters.doc │ Vacuum pump oil function and precautions for use.doc │ Summary of vacuum pump related knowledge │ Basic technical indicators of vacuum furnaces and equipment maintenance techniques │ Vacuum heat treatment equipment.doc │ Vacuum belt conveyor (two-level dehydration system).doc │ Vacuum knowledge.doc │ Maintenance and repair of vacuum equipment.doc │ Vacuum design and vacuum and testing │ Vacuum filter usage instructions and operating procedures MS operating sequence.doc │ Vacuum filter operating instructions and operating procedures MS series operating instructions.doc │ Vacuum filter operating instructions and operating procedures, faults and judgment and troubleshooting.doc │ Vacuum filter maintenance and repair procedures.doc │ Chapter 1 Vacuum technology │ Roots water ring vacuum unit operating instructions.doc │ Roots vacuum unit working principle instructions.doc │ Introduction to automatic tensioning device (intelligent reversible vacuum switch).doc │ Steam Ejector.doc │ Cause Analysis of Low Vacuum in 200 MW Unit of Handan Thermal Power Plant.doc │ Gauge, sight glass and vacuum breaker │ ├─22.6 Vacuum Equipment Manual │ China Vacuum Electronic Data Manual │ Low Temperature Vacuum Technology │ Chemical Equipment Design Complete Book Vacuum Equipment Design (Old Edition) 362 │ Chemical Equipment Design Complete Book (Old Edition) Vacuum equipment design │ Ejector Sokolov Zinger │ Practical vacuum technology │ Japanese vacuum manual │ The latest vacuum equipment, vacuum material design calculation and production new technologies and new processes and measurement and leak detection standards practical manual │ The latest vacuum equipment vacuum material design calculation and production new technologies and new processes and measurement and leak detection standards practical manual │ Electric vacuum technology │ Vacuum engineering technology │ Vacuum process and experimental technology │ Vacuum manual │ Vacuum technology 283 │ Vacuum technology Dai Rongdao 341 │ Vacuum technology Wang Xiaodong 439 │ Vacuum technology column lectures │ Practical guide to vacuum technology │ Vacuum technology manual │ Principle and design of vacuum drainage system 2013 │ Vacuum materials │ Vacuum resistance furnace vacuum application equipment Northeastern Institute of Technology Mechanical Department, Vacuum Technology and Equipment Teaching and Research Section │ Vacuum resistance furnace design │ Vacuum Science and Technology Series Vacuum Devices Tan Zhixin, edited by Xu Yujiang 2015 edition │ Vacuum system design Wang Jichang │ Vacuum system design and calculation Guo Hongzhen November 1986 1st edition page 261 │ Vacuum acquisition equipment (2nd edition) │ New vacuum measurement technology 2013 │ Complete book of vacuum equipment manufacturing process technical standards and specifications │ Vacuum equipment selection and procurement guide 2013 │ Vacuum Design Manual (3rd Edition) │ Vacuum Design Manual (Volume 1 and 2) │ Vacuum Design Manual (Revised Edition) │ Vacuum Coating Principles and Technology 2014 Edition │ Vacuum Coating Technology and Equipment Design, Installation, Operation and Maintenance Practical Manual │ Steam Ejector Calculation │ Ultra-High Vacuum 2013 │ ├─22.6 Vacuum Equipment Paper │ External pressure stability analysis of 10000m^3 vacuum spherical tank │ Power analysis of Si3N4-Sic vacuum nitriding furnace when three-phase load is asymmetric │ VD vacuum system principle │ Overview of process performance of VKNQ vacuum high-pressure gas quenching furnace │ Plan for adding vacuum sewage discharge system at Shanghai station │ Design calculation of subcritical gas ejector │ High vacuum reboiler device with mass transfer function │ Analysis of vacuum fluctuations in the vacuum system of the decompression tower │ Transformation of the vacuum system at the top of the decompression tower │ Recycling of high-pressure natural gas pressure energy using the Venturi ejection device │ Process design of the vacuum system in chemical production equipment │ Selection of pressure transmitters under vacuum │ Analysis of low-vacuum heating solutions for double-pressure condensers │ Structural principles and performance calculations of double-diaphragm vacuum boosters │ Design and experimental research of adjustable natural gas injection flow guides │ Throat-mouth distance_Research on the influence of area ratio and injection pressure on ejector performance │ Application of ejector in light hydrocarbon recovery in offshore oil and gas fields │ Structural analysis of ejector and performance comparison of two types of ejector │ Research on natural gas desulfurization technology by jet diversion method │ Support structure of fixed vacuum insulated cryogenic vessel │ Practice and exploration of domestic 100 m2 dewaxed vacuum drum filter in industrial application │ Test application of large vacuum pumping system │ Design of vacuum system of large plasma processing equipment│ Analysis of causes of low vacuum in small power plants│ Summary of transformation of high-efficiency water injection vacuum evaporation system of urea plant│ Application of dry condensation vacuum system in refining and deodorization│ Design of ejector applied to natural gas dehydration device│ Application of ejector in recovery of natural gas return pressure energy engineering│ Calculation and analysis of performance of new adjustable ejector│ Three-dimensional numerical study of performance of steam ejector with new nozzle structure│ Discussion on the scheme of new steam turbine vacuum forced cooling system │ New vacuum system - Roots liquid ring vacuum system │ Application of wireless instruments in vacuum rotary dryer │ Application of gas ejector in natural gas processing system │ Application and effect analysis of water jet vacuum unit in chemical production │ Design and use of water jet vacuum system │ Method and application of vacuum phase change technology transformation of water jacket heating furnace │ The impact of excessively high working water temperature of water ring vacuum pump on unit vacuum and countermeasures │ Water ring vacuum pump cavitation repair method │ Turbine vacuum monitoring equipment configuration and calibration research │ Application of steam turbine unit composite condensate vacuum deoxygenation thermal system │ Research and application of fluid ejector │ Brief discussion of vacuum salt production vacuum system │ Numerical simulation and experimental research of liquid-liquid gas ejector │ Application of liquid ejector in gas desulfurization system │ Development and prospect of standard technology of cryogenic vacuum insulated vessels │ Vacuum baking equipment for decontamination of structure and mechanism │ Overview of vacuum salt production development and process review continued │ Discussion of circulation pump selection issues in vacuum salt production industry │ Design and practice of vacuum salt production evaporation crystallizer │ Brief analysis of vacuum salt production evaporation tank tank structure │ Test analysis of vacuum source vacuuming capacity of vacuum-assisted braking system │ Vacuum pressure dipping tube │ Hydraulic principle of vacuum suction cup crane and hydraulic station appearance │ Effect of vacuum degree on yield and quality during the azeotropic process of penicillin G potassium salt │ Vacuum fermentation equipment │ Vacuum suspension smelting technology │ The first lecture in the series of vacuum technology and applications The development and application of vacuum science │ The seventh lecture in the series of vacuum technology and applications Vacuum leak detection 01 │ Lecture Series 7 on Vacuum Technology and Applications Vacuum Leak Detection 02 │ Lecture Series 7 on Vacuum Technology and Applications Lecture 7 Vacuum Leak Detection 03 │ Lecture Series on Vacuum Technology and Applications Lecture 7 Lecture 04 Vacuum heat treatment production practice │ Design and application of vacuum electric arc furnace synchronous lifting hydraulic system │ Furnace lining structure of vacuum resistance furnace │ Exploration and application of vacuum salt brine concentration technology │ Thoughts on the rationality of vacuum system process design │ Process calculation of vacuum system │ Process design of vacuum system │ Setting and theoretical calculation of reinforcing rings in vacuum crystallizer │ Application of vacuum crystallizer in the production of potassium nitrate by ammonium nitrate conversion method │ Condition changes and effects of vacuum crystallization │ Vacuum insulated low-temperature liquefied gas storage tanks and their inspections │ Key points in the design, selection and installation of vacuum tank water diversion devices │ Design of negative pressure liquid nitrogen systems for vacuum plume test equipment │ Experimental research on crystallization of lysozyme by vacuum membrane crystallization method │ Summary of problems in vacuum evaporation and concentration of alkali sulfide │ Industrial research on vacuum continuous evaporation of sodium sulfide solution - Application of vacuum continuous evaporation in the production and concentration process of sodium sulfide │ Determination of the principle of vacuum deaerator and several design parameters │ Analysis and countermeasures of the causes of air inhalation by vacuum blower │ Control method of product quality in sodium nitrate vacuum cooling crystallization process │ Discussion of high vacuum and low temperature evaporation crystallization production process of ammonium nitrate │ Design and modification of vacuum system for water washing process of titanium dioxide produced by sulfuric acid method │ Investigation of the application of shell-and-tube condenser and plate air cooler in vacuum tower vacuum system │ The impact of the feed water pump sealing water system on the vacuum of the unit │ Vacuum system of the polyester plant │ Discussion on the operation stability of the vacuum system of the polyester plant │ Improved design of the evaporation III effect vacuum system │ Evaporation vacuum system transformation plan │ Analysis of energy-saving application of steam ejector in DL-malic acid evaporation │ Overview of research on steam ejector jet field flow model │ Steam ejector algorithm optimization and experimental research │ Calculation study of Ω-shaped bellows under negative pressure or vacuum conditions │ Design and optimization of far-infrared vacuum drying equipment │ Vacuum push principle of wave pool │ Door closer vacuum oiling equipment │ Development and application of falling film vacuum preconcentrator │ Calculation and selection of falling film evaporator vacuum pump │ Chemical cleaning of vacuum spray system of precondensation polymerization reactor │ Performance analysis and optimized design of high-pressure carbamate ammonium ejector│ Independent research and development and application of high-efficiency vacuum forming equipment │ Experimental research on the pressure rise law of high vacuum multi-layer insulated cryogenic vessels after complete vacuum loss │ High vacuum multi-layer insulated cryogenic liquid tank containers │ Design and production of high vacuum plastic lining equipment │ └─22.6 Vacuum equipment courseware 1. Vacuum basic knowledge.ppt Vacuum cryogenic technology and equipment 2012 193 pages.ppt Vacuum basic knowledge PPT 84 Vacuum technology PPT 50 Vacuum technology.ppt Basics of vacuum technology PPT 61 Basics of vacuum technology and its applications PPT 86 Basic training of vacuum technology PPT 157 Vacuum materials and processes PPT 161 Vacuum material sealing methods PPT 78 Vacuum concentration equipment PPT 102 Vacuum physics and technology PPT 101 Introduction to vacuum knowledge.ppt Vacuum system PPT 167 Vacuum system components and connections PPT 149 Vacuum system design calculation PPT 75 Basics of vacuum system composition and design PPT 207 Vacuum system design PPT 123 Vacuum system design PPT 218 Vacuum system design.pps Chapter 3 Basics of vacuum technology and plasma PPT 136 Chapter 8 Principles of food drying PPT 110 Ultra-high vacuum technology PPT 56