14.1 List of basic theoretical materials of chemical engineering

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14.1 List of basic chemical engineering theory materials ├─14.1 General information on chemical engineering basic theory │ │ LNG receiving terminal process systems and equipment.doc │ │ MPA,_BAR,_The meaning and conversion of PSI and kilogram.doc │ │ PID parameter tuning and complex control.doc │ │ PID design.doc │ │ PID design entry version.doc │ │ The meaning and calculation method of ppm.doc │ │ "Chemical Engineering Principles" formula summary.doc │ │ Propylene saturated vapor pressure.xls │ │ Propane Refrigeration.doc │ │ Industrial Structural Adjustment Guidance Catalog (2011.doc │ │ Product Protection Control Procedures │ │ What is Steam? │ │ Dielectric constant table (Chinese) │ │ Basics of mass transfer technology │ │ Thermodynamics of low-temperature technology.doc │ │ Introduction to low-temperature methanol washing.doc │ │ Storage and transportation training materials │ │ Public engineering process configuration.doc │ │ Description of standard flow rate.doc │ │ Geometric formula collection.doc │ │ Junior high school and high school formula collection.chm │ │ Refrigerant code naming rules.doc │ │ Oxygen generator operation FAQ 1000.doc │ │ Dynamic viscosity and Saybolt viscosity.doc │ │ Dynamic viscosity unit conversion table.doc │ │ Periodic table of chemical elements │ │ Periodic Table of Chemical Elements HD │ │ Types of Chemical Reactors.doc │ │ Chemical Equilibrium Thermodynamics │ │ Chemical Compatibility Table.docx │ │ Analysis of Common Errors in Chemistry Papers │ │ Chemical Vocabulary.doc │ │ Collection of Chemical Resources.CHM │ │ Chemical Engineering Pilot Scale Lecture 5 │ │ Configuration and management of fire extinguishers in chemical enterprises.doc │ │ Dictionary of chemical words. 2007.12.28A.doc │ │ Principles of Chemical Engineering (Volume 1) Final Exam Paper 2007.12.28B.doc │ │ Principles of Chemical Engineering (Volume 1) Final Exam Paper January 2007 (Volume A).doc │ │ Principles of Chemical Engineering (Volume 1) -2007.12.28 (Volume A) Scoring Criteria and Reference Answers.doc │ │ Principles of Chemical Engineering (Volume 1) -2007.12.28 (Volume B) Scoring Criteria and Reference Answers.doc │ │ Principles of Chemical Engineering (Volume 1) January 2007 (Paper A) Scoring Criteria and Reference Answers.doc │ │ Principles of Chemical Engineering - Chapter 4 Heat Transfer │ │ Principles of Chemical Engineering.doc │ │ Solutions to XL Questions on Principles of Chemical Engineering (Chinese).doc │ │ Principles of Chemical Engineering Examples and XL Questions (Nanjing University of Technology).doc │ │ Detailed explanations of chemical engineering principles examples and xl practice xl.doc │ │ Chemical Engineering Principles Formulas (Complete).doc │ │ Chemical Engineering Principles * Guidance 148 │ │ Chemical Engineering Principles Concept Formula Set │ │ Chemical Engineering Principles Second Edition Two Volume Answers (Chief Editor Chai Chengjing).doc │ │ Chemical Engineering Principles Exam Questions and Answers.doc │ │ Chemical Engineering Principles Exam Questions.doc │ │ Chemical Engineering Principles Test Simulation Teaching 64 │ │ Chemical Engineering Principles Course Study * Guidance 286 │ │ Outline of key contents of chemical engineering principles.doc │ │ Important formulas of chemical engineering principles.doc │ │ Chemical engineering principles (Part 1) mock test paper.doc │ │ Basics of chemical engineering * Guidance 112 │ │ Chemical Engineering Calculation-Safety Valve Calculation Software Help Document-GB150-Yisuan Cloud Technology │ │ Chemical Engineering Vocabulary.doc │ │ Chemical Process Professional Engineering Design Data Management Measures a.doc │ │ Introduction to chemical process management.doc │ │ Chemical process pipeline instrumentation flow chart design.doc │ │ Chemical process design.doc │ │ Chemical engineering applied mathematics 2006 edition - all.doc │ │ Chemical process simulation.doc │ │ Introduction to Chapter 1 of Chemical Thermodynamics │ │ Chemical Thermodynamics Chapter 2 p of fluids –V -T relationship │ │ Chemical Thermodynamics Chapter 3 Thermodynamic Properties of Pure Substances │ │ Chemical Thermodynamics Chapter 4 Thermodynamic Properties of Homogeneous Mixtures │ │ Chemical Thermodynamics Chapter 5 Phase Equilibrium │ │ Chemical Thermodynamics Chapter 6 Chemical Process Energy Analysis │ │ Chemical Thermodynamics Chapter 7 Compression, Expansion, Steam Power Cycle and Refrigeration Cycle │ │ Lecture Notes on Chemical Engineering Thermodynamics 151 │ │ Commonly used formulas and data for chemical engineering calculations. Design specifications for clean workshops in the pharmaceutical industry.DOC │ │ Unit conversion table.doc │ │ Unit conversion.doc │ │ Pressure unit conversion.doc │ │ Pressure unit conversion table.doc │ │ Pressure, liquid pressure, atmospheric pressure.doc │ │ Basic theory of compressed air.doc │ │ Fermentation engineering and equipment.doc │ │ Conversion of various unit systems.doc │ │ Conversion of various viscosity standards.doc │ │ Comparative electrodes for respective humidification, electric heating, dry steam, high-pressure mist, two fluids, spray │ │ Absorption operation technology.doc │ │ Principles of adsorption process.doc │ │ Encyclopedia knowledge of carbon tetrachloride.doc │ │ Basic principles of temperature reduction │ │ Issues that should be paid attention to when disassembling and assembling packing.doc │ │ Multi-component distillation.doc │ │ Complete volume and surface area calculation formulas of polyhedron.doc │ │ Experimental operation taboos and techniques │ │ Introduction - Why steam systems need to be hydrophobic│ │ Relationship between process majors and other professional conditions.doc │ │ Commonly used formulas and data for processes. 2.xls │ │ Table of physical and chemical constants of commonly used compounds.xls │ │ Common names and chemical names of common chemical products.doc │ │ Common and scientific names of common chemical products.doc │ │ Common chemical information.doc │ │ Common unit conversion.doc │ │ Common unit conversion table.doc │ │ Common parameters.xls │ │ Common mathematical formulas.doc │ │ Common data.doc │ │ Common data (for uploading). │ │ Use of common physical and chemical data manuals.doc │ │ Common names of common chemical substances.doc │ │ Common gas and liquid flow rate value standards 2 │ │ Use of common antidotes.doc │ │ Calorific value of conventional fuels and comparison with natural gas.xls │ │ Bottom discharge│ │ A very complete database of chemical and chemical engineering.doc │ │ General plan, transportation and construction drawing content.doc │ │ Calculation of coal conversion coefficient.doc │ │ What are the general requirements for the layout of heat exchange equipment.doc │ │ Quick check manual for sewage coefficient.chm │ │ Daily chemicals and physical and chemical data manual air moisture content.xls │ │ General Chemistry Fourth Edition 297 │ │ Check the physical properties of pure substances. Cylinder filling personnel assessment outline.doc │ │ Sodium hydroxide specific gravity and mass percentage comparison table. Saturated vapor pressure of water at different temperatures.doc │ │ Viscosity calculation table of water.doc │ │ Enthalpy values of water vapor and water at different temperatures.doc │ │ Oil volume and weight conversion.doc │ │ How to determine the distance between towers and vertical pipes arranged along the pipe gallery and the pipe gallery.doc │ │ Fluid flow process and fluid transportation equipment │ │ Conversion of flow units.doc │ │ Density of liquid.doc │ │ Liquid ammonia filling operating procedures_1.doc │ │ Density table of liquid ammonia │ │ Density table of liquid ammonia. * Guidance and examples and XL questions Chemical Engineering Principles (1) Answers to XL self-test questions (heat transfer, absorption).doc │ │ The concept of humidity │ │ Water vapor partial pressure and water content in wet chlorine. │ Thermodynamic equation selection method.doc │ │ Thermal Steam Engineering 2.12 │ │ Heat enthalpy table (saturated steam or superheated steam).doc │ │ Research on thermal coupling distillation technology and industrial application │ │ Thermosiphon principle.doc │ │ Basic knowledge of fuel oil.doc │ │ Physical and chemical properties of fuel│ │ Combustion theory and technology 13.doc │ │ Material angle of repose │ │ Material balance sheet.xls │ │ Physical and chemical formula set.doc │ │ Physical and chemical constant chart set.xls │ │ Propylene oxide market and production process │ │ Mesh number and size comparison.doc │ │ Petrochemical utility station steam, water, air, nitrogen delivery system supporting product introduction.doc │ │ Petrochemical unit conversion.doc │ │ Petrochemical commonly used unit conversion.doc │ │ Pound class and nominal pressure comparison table.doc │ │ Several main technologies of air separation.doc │ │ Air density table and saturated vapor pressure density table │ │ What are the requirements for the arrangement of vertical containers.doc │ │ Chapter 2.14 Steam consumption of engineering equipment │ │ Chapter 2.6 Method for estimating steam consumption │ │ Chapter 10 Reaction heat, reaction equilibrium constant and its calculation │ │ Chapter 11 Application of chemical thermodynamics in the production of refined chemicals │ │ Chapter 12 Estimation of phase equilibrium │ │ Chapter 8 Estimation of physical property data │ │ Chapter 9 Environmental Thermodynamics │ │ Chapter 1 Liquid Flow │ │ Chapter 9 Distillation │ │ Part 2 Steam Generation System.doc │ │ Chapter 5 Evaporation 29.doc │ │ Chapter 5 Sedimentation and fluidization of particles │ │ Chapter 8 Absorption │ │ Chapter 6 Heat transfer │ │ Chapter 11 Liquid-liquid extraction │ │ Chapter 11 Liquid-liquid extraction │ │ Chapter 13 Simultaneous transfer of heat and mass │ │ Chapter 13 Humid air 24 │ │ Chapter 4 Flow of fluid through the particle layer │ │ Chapter 4 Principles of Chemical Engineering 126 │ │ The division of labor, interfaces and mutual relationships between the powder engineering (mechanical transportation) major and other majors.doc │ │ Viscosity.doc │ │ Viscosity unit conversion.doc │ │ Viscosity concept and measurement method.doc │ │ Distillation.doc │ │ Basic knowledge of distillation.doc │ │ Basic knowledge of distillation operation 3.doc │ │ Basic knowledge of distillation operation 15.doc │ │ Pure material physical property calculation table (AspenPlus).xls │ │ Practical version of the calculation formula for adiabatic engineering quantities.doc │ │ Foreign engineering experience data.doc │ │ Interlocking and emergency shutdown system logic diagram drawing work instructions (chemical engineering).doc │ │ Energy consumption conversion (electricity, crude oil, standard coal and natural gas).xls │ │ Denitrification operation procedures.doc │ │ Steam-energy flow│ │ Steam and rehydration system.doc │ │ Steam tightness test evaluation form.doc │ │ Steam tightness test.doc │ │ Relationship between steam pressure and temperature.doc │ │ Steam and organization│ │ Steam quality│ │ Temperature control in steam applications │ │ Steam Overview 80 │ │ Steam Overview.doc │ │ Steam Characteristics.doc │ │ Why does the steam system need to be hydrophobic? │ │ Steam system information.doc │ │ Steam calculation.doc │ │ Distillation.doc │ │ Distillation 0925.doc │ │ What is the difference between distillation and fractionation.doc │ │ What factors should be considered in determining the width, span and height of the main corridor in the device.doc │ │ Device water transport plan.doc │ │ General requirements for device layout design.doc │ │ Summary of metrology knowledge 1.doc │ │ Design Description (6-15).doc │ │ Hypergravity Technology.doc │ │ List of Wonderful Designs of Interesting Chemical Engineering Processes │ │ Superheated Steam │ │ Superheated Steam Density Table.doc │ │ Temperature and Pressure Reduction of Superheated Steam │ │ Comparison Table of Common and Scientific Names of Some Chemical Products.doc │ │ Color matching dictionary.chm │ │ What are the general requirements for the layout of a reboiler.doc │ │ Exploration of recrystallization process.doc │ │ Flash point, ignition point and autoignition point.doc │ │ Flash steam │ │ Appendix: Some symbols and abbreviations used in chemical literature.doc │ │ Dew point conversion table.doc │ │ The meaning and function of wind rose.doc │ │ Wind level, wind speed and wind pressure comparison table.doc │ │ Saturated water vapor pressure temperature density table.doc │ │ Saturated water vapor physical properties (version 1).xls │ │ Saturated water vapor table.doc │ │ Saturated steam pressure table.doc │ │ Saturated vapor pressure and density comparison.doc │ │ Calculation relationship between saturated vapor pressure and temperature.doc │ │ Saturated steam temperature and pressure comparison table│ │ Saturated steam temperature and pressure table.doc │ │ Saturated steam physical properties table│ │ Saturated steam characteristics data table.xls │ │ High and low pressure steam main pipe combined steam.doc │ │ Advanced Combustion Science Review China Survey and Design Engineering Company Ranking 2007 │ │ China Survey and Design Engineering Company Ranking 2008 │ │ China Survey and Design Engineering Company Ranking 2009 │ │ China Survey and Design Engineering Company Ranking 2010 │ │ China Survey and Design Engineering Company Ranking 2011 │ │ China Survey and Design Engineering Company Ranking 2012 │ │ China Survey and Design Engineering Company Ranking 2013 │ │ │ ├─Chemical Engineering Principles xl question set│ │ Chemical Engineering Principles xl question set Chapter 1.doc │ │ Chemical Engineering Principles │ Principles of Chemical Engineering xl Question Set Chapter 5.doc │ │ Principles of Chemical Engineering xl Question Set Chapter 6.doc │ │ Principles of Chemical Engineering │ │ 14 Chapter 6 Heat Transfer Section 123.doc │ │ 15 Chapter 6 Heat Transfer Section 456.doc │ │ 16 Chapter 6 Heat Transfer Section 789.doc │ │ 17 Evaporation 1.doc │ │ 18 evaporation 2.doc │ │ 19evaporate 3.doc │ │ 1 Introduction Lesson Plan.doc │ │ 20 Crystals 1.doc │ │ 2 Chapter 2, Section 1 Lesson Plan.doc │ │ 3 Chapter 2, Section 1, Section 2 Lesson Plan.doc │ │ 4 Chapter 2, Section 2 Lesson Plan.doc │ │ 5 Chapter 2, Section 345.doc │ │ 6 Chapter 3, Section 1 (1) 2 hours.doc │ │ 7 Chapter 3, Section 1, Section 2.doc │ │ 8 Chapter 3 Section 3.doc │ │ │ ├─Chemical Production Technology (Higher Education Press) │ │ Chemical Production Technology 00 Summary.doc │ │ Chemical Production Technology 00 Preface.doc │ │ Chemical Production Technology 00 References.doc │ │ Chemical Production Technology 00 Introduction.doc │ │ Chemical Production Technology 01 Chapter 1 Chemical Process.doc │ │ Chemical Production Technology 02 Chapter 2 Chemical Production Process Analysis.doc │ │ Chemical Production Technology 04 Chapter 4 Sulfuric Acid.doc │ │ Chemical Production Technology 05 Chapter 5 Chlor-Alkali Production Technology.doc │ │ Chemical Production Technology 07 Chapter 7 Acrylonitrile.doc │ │ Chemical Production Technology 08 Chapter 8 Maleic Anhydride Production Technology.doc │ │ Chemical Production Technology 09 Chapter 9 Styrene.doc │ │ Chemical Production Technology 10 Chapter 10 Phenol.doc │ │ Chemical Production Technology 11 Chapter 11 Methanol Production Technology.doc │ │ Chemical Production Technology 12 Chapter 12 Vinyl Chloride Production.doc │ │ Chemical Production Technology 13 Chapter 13 Acetic Acid Production Technology.doc │ │ Chemical Production Technology 14 Chapter 14 Dioctyl Phthalate.doc │ │ Chemical Production Technology 15 Chapter 15 Sodium Dodecyl Benzene Sulfonate.doc │ │ Chemical Production Technology 16 Material Accounting.doc │ │ │ ├─Principles of Chemical Engineering at East China University of Science and Technology│ │ Chapter 1 Fluid Flow│ │ Chapter 7 Evaporation│ │ Chapter 9 Liquid Distillation│ │ Chapter 2 Liquid Transport Machinery│ │ Chapter 5 Sedimentation and Fluidization of Particles│ │ Chapter 6 Heat Transfer│ │ Chapter 11 Liquid-Liquid Extraction│ │ Chapter 13 The process of simultaneous heat and mass transfer │ │ Chapter 10 Gas-liquid mass transfer equipment │ │ Chapter 4 The flow of liquid through the particle layer │ │ │ ├─Chemical Engineering Principles of East China University of Science and Technology │ │ 111 │ │ Heat transfer xl questions │ │ Chemical engineering principles test multimedia courseware │ │ absorption The H42 check valve is installed horizontally, which is really "not as comfortable as upside down.jpg" │ │ IMG_7895.jpg │ │ The two on-site liquid level gauges equipped with the medium-pressure soda-water separator are 3 meters high. Mu Tiezhu, you can’t even imagine seeing the liquid level.jpg │ │ The control room of the ethanol distillation tower is located at the waist of the upper half of the tower. The operator monitors the parameters inside, with his head tied to the waistband of his pants. 2.jpg │ │ The manhole hanging posts are placed here. I really admire them. I put them here because I had no other choice.jpg │ │ The tap water DN250 pipeline entering the storage and transportation unit is equipped with a 1-inch water meter on the main pipe. The engineer who designed it explained that the large meter was inaccurate and was speechless.jpg │ │ The DN250 tap water pipeline entering the storage and transportation unit is equipped with a 1-inch water meter on the main pipe. The design engineer explained that the large meter was inaccurate and was speechless. .jpg │ │ Typical problems caused by inconsistent elevation of equipment foundation layout.jpg │ │ Reverse installation of shut-off valves and check valves 1.jpg │ │ Shut-off valve and check valve reverse installation 2.jpg │ │ Fire ticket.JPG │ │ The chemical storage tank, the outlet valve and the manhole were originally on the same facade. When I was cleaning the tank, I found that I couldn't get in. There was no way to install the valve sideways.jpg │ │ The substation ladder was designed like this.jpg │ │ The hanging column and the vent pipe.jpg │ │ A cool valve that likes to hide and seek.png │ │ Let's take a look at the setting of this regulating valve, how embarrassing it is for the operator! .jpg │ │ For the pump foundation at such a height, open the four-way directly.jpg │ │ It’s eye-opening for the hydrochloric acid pump piping like this! .jpg │ │ Yao Ming may not be able to reach it.jpg │ │ The orifice flow meter requires changing diameters in the measuring pipe section, that is, the first 10 and the last five. This design has actually been expanded, and the pressure pipe is not 14 stainless steel.jpg │ │ Is this height enough for diversion? 1.jpg │ │ Shower, is this high enough? We can only dig holes.jpg │ │ Jianhua 2014-9-25 accident.jpg │ │ Take over the elbow.jpg │ │ I (⊙o⊙) really can’t understand how to piping the storage tank.jpg │ │ Screenshot 00.jpg │ │ The height of the liquid bag and the position of the manhole of the new equipment are as big as the height of the man.jpg │ │ No one can stop it 2 (1).png │ │ No one can stop it 2.png │ │ The huge size difference of mass flowmeters from different manufacturers was not taken into account, resulting in the fact that after the pipeline installation was completed, only enough space could be dug to meet the installation space of the mass flowmeter.jpg │ │ The hydrogen chloride gas phase absorption pipeline uses steel wire rope as the pipe frame.jpg │ │ Even if there is no difficulty, create difficulties! 2.jpg │ │ There are no difficulties, no matter how difficult they are, you have to go up! 3.jpg │ │ The liquid level gauge and pipeline discharge were too small from the ground, and the floor was covered with liquid during maintenance.jpg │ │ Bai Gong passed the safety exam successfully.jpg │ │ The ladder was fighting with the valve group in front of the tank, making it awkward to get up and down the tank. .jpg │ │ After the hardening of the ground was completed, it was discovered that there was no drainage ditch left for the machine pump. 1.jpg │ │ After the hardening of the ground was completed, it was discovered that there was no drainage ditch for the machine pump, so I arranged for civil engineering to knock out a drainage pipe. The result was ugly.jpg │ │ Have you ever seen a centrifugal pump installed like this? The pump outlet valve is 20 meters away from the pump outlet and is still on the pipe rack. 1.jpg │ │ Have you ever seen a centrifugal pump installed like this? The pump outlet valve is 20 meters away from the pump outlet and is still on the pipe rack. 2.jpg │ │ The instrument interface on the equipment is inconsistent with the instrument purchased.jpg │ │ The promised electric hoist cannot be installed.png │ │ The butterfly valve of the temperature regulating auxiliary line is set here, which will torture your maintenance workers. You can't even think of coming up without setting up scaffolding. 1.jpg │ │ The butterfly valve of the thermostat auxiliary line is installed here, which will torture you as a maintenance worker. You can't even think of coming up without setting up scaffolding. This is the butterfly valve.jpg │ │ The core-pulling maintenance space is not considered above the regulating valve.jpg │ │ The instrument workers are afraid of maintenance of these thermometers and flowmeters, and I have no choice.jpg │ │ The structure of this valve is as shown in the small picture.jpg │ │ This valve is for Yao Ming.jpg │ │ The flame arrester is tightly attached to the front and rear valves. How do I remove the valve bolts? .jpg │ │ │ ├─Engineering Thermodynamics│ │ Engineering Thermodynamics Chapter 10 Power Cycle and Refrigeration Cycle.doc │ │ Engineering Thermodynamics Chapter 11 Refrigeration Cycle.doc │ │ Engineering Thermodynamics Chapter 1 Basic Concepts.doc │ │ Engineering Thermodynamics Chapter 2 Properties of Ideal Gases.doc │ │ Engineering Thermodynamics Chapter 3 The First Law of Thermodynamics.doc │ │ Engineering Thermodynamics Chapter 5 The Second Law of Thermodynamics.doc │ │ Engineering Thermodynamics Chapter 7 Water Vapor.doc │ │ Engineering Thermodynamics Chapter 8 Humid Air.doc │ │ Engineering Thermodynamics Chapter 9 Flow of Gases and Steam.doc │ │ Introduction to Engineering Thermodynamics.doc │ │ │ ├─24 key points of process design│ │ One of the key points of process design: Physical property data.doc │ │ Seven key points of process design: Motors and turbines.doc │ │ Three key points of process design: Material selection.doc │ │ Nine key points of process design: Tank container.doc │ │ Key points of process design No. 21: Refrigeration.doc │ │ Twenty-three key points of process design: Pump Selection.doc │ │ Key Points of Process Design No. 22: Process control.doc │ │ Twenty-four key points of process design: Comparison between reciprocating pumps and centrifugal pumps.doc │ │ Key Points of Process Design No. 20: Reactor.doc │ │ Key Points of Process Design Part 2: Distillation tower and shell-and-tube heat exchanger.doc │ │ Five key points of process design: Conveying device.doc │ │ Six key points of process design: Crystallizer.doc │ │ Thirteen Key Points of Process Design: Pressure vessels and storage tanks.doc │ │ Process Design Points No. 19: Packed tower.doc │ │ Twelve key points in process design: Mixing and Stirring.doc │ │ Fifteen Key Points of Process Design: Pump.doc │ │ Eighteen Points of Process Design: Plate tower.doc │ │ Sixteen key points of process design: Compressor and vacuum equipment.doc │ │ Ten key points of process design: Evaporator.doc │ │ Key Points of Process Design No. 4: Cooling water tower.doc │ │ │ ├─Knowledge about commonly used solvents│ │ Mutually miscible solvents.doc │ │ Boiling points, solubility and toxicity of commonly used solvents.doc │ │ Solvent hazard classification.doc │ │ │ ├─Physical property data│ │ By-product hydrochloric acid.doc │ │ │ └─Chapter 4 Principles of Chemical Engineering word │ Chapter 3 Principles of Heat Transfer.doc │ Chapter 2 Liquid Distillation.doc │ Chapter 5 Evaporation of Solution.doc │ Chapter 6 Liquid-Liquid Extraction.doc │ Chapter 4 Absorption of Gas.doc │ ├─14.1 Basic Theory of Chemical Engineering Handbook │ │ 10000 Science Puzzles Chemistry Volume │ │ 2000 Engineering Thermodynamics * Exquisite explanation of the question [US] Li Lei 422 │ │ Overview of the academic achievements of famous Chinese scientists in the 20th century Chemistry Volume 1 Part 2011 Edition │ │ History of Chemistry in the 20th Century │ │ 21st Century Chemistry Series—Photochemistry│ │ 21st Century Chemistry Series—Material Chemistry│ │ 21st Century Chemistry Series—Interface Chemistry│ │ 21st Century Chemistry Series - Combinatorial Chemistry │ │ 21st Century Chemistry Series - Colloidal Chemistry │ │ 21st Century Chemistry Series - Medicinal Chemistry │ │ 21st Century Chemistry Series - Chemistry of Spirocyclic Compounds │ │ 21st Century Chemistry Series - Computational Chemistry │ │ 21st Century Chemistry Series - Coordination Chemistry │ │ 21st Century Chemistry Series - Enzyme Chemistry │ │ 21st Century Chemistry Series - Food Chemistry │ │ 21st Century Discipline Development Series - Geochemistry Chemical Processes and Material Evolution of the Earth │ │ Analytical Chemistry in the 21st Century │ │ ChemOffice 2008 Practical Tutorials Chemical Structure Drawing, Molecular Simulation, Data Integration │ │ Encyclopedia of Supramolecular Chemistry Encyclopedia of Supramolecular Chemistry │ │ Excel and Chemical Experiment Data Processing │ │ Heterogeneous Catalysis in Organic Chemistry │ │ Matlab and Chemistry - Drawing, Calculation and Data Processing │ │ PERRY Chemical Engineering Handbook Sixth Edition Volume 1 and 2 (27 articles) │ │ PRINCIPLES OF MOLECULAR SPECTROSCOPY AND PHOTOCHEMISTRY Principles of Spectroscopy and Photochemistry - Lin Shengxian et al. │ │ . An Congjun. Scanned version │ │ "A Concise Tutorial of Physical Chemistry" Examples and Answers to XL Questions │ │ Wanyou Library Volume 2 Seven Hundred Kinds of Photographic Chemistry, written by Suzuki Yusei, translated by Gao, edited by Wang Yunwu │ │ The incredible periodic table of chemical elements - Part 1 (Liu Xinyu) │ │ The Incredible Periodic Table of Chemical Elements - Part 2 (Liu Xinyu) │ │ Basics of Asymmetric Catalysis (English) Patrick J. Walsh, (American) Marisa C. Kozlowski 2018 edition │ │ Chemical composition and brand comparison of special alloys of stainless heat-resistant steel 2014 │ │ The most sour and sweet chemistry book in the world │ │ Acrylic acid production and application technology │ │ Two-phase flow and heat transfer 251 │ │ Two-phase flow and heat exchange 262 │ │ Chinese Culture General Journal of Science, Technology, Chemistry and Chemical Engineering │ │ 1948 edition edited by Huo Yanfusen of China Library │ │ 2017 edition by Li Qiaoping, History of Chinese Chemistry │ │ Encyclopedia of China's Chemical Products Volume 1 │ │ Encyclopedia of China's Chemical Products Volume 2 │ │ Encyclopedia of China's Chemical Products Volume 2 │ │ China Chemical Park Investment Guide 2010 Edition │ │ Encyclopedia of China Chemistry II 2020 │ │ Encyclopedia of China ChemistryⅠ │ │ Encyclopedia of China Chemical Industry │ │ China Academy of Engineering Physics Science and Technology Series Tritium Chemistry and Technology edited by Peng Shuming and Wang Heyi 2015 edition │ │ Inventory of Existing Chemical Substances in China 2013 Edition │ │ Chemistry Volume of the History of Science and Technology in China │ │ Chinese Reader 042 · Ancient Chinese Chemistry Zhao Kuanghua │ │ Handbook of Practical Production Technology for Small and Medium-sized Chemical Enterprises 1187 │ │ Secondary Vocational Education Chemical Technology Major Planning Textbook Chemical Production Unit Operation 2009 Edition edited by Hou Lixin │ │ Clinical Biochemistry and Testing (4th Edition) (HD version of high-definition textbook) - Editor-in-Chief Zhou Xinfu Weiling │ │ Chemistry in the 21st Century 267 │ │ Major Discoveries and Inventions of the 20th Century: Chemistry Volume - Memory of Metals │ │ Dictionary of Carbon Dioxide Capture, Utilization and Storage 2013 Edition │ │ Two-Dimensional Surface Chemistry │ │ Exchange Adsorption Technology for Separation of Industrial Organic and Inorganic Mixed Acids 2015 Edition │ │ Industrial Patent Analysis Report Volume 26 Fluorine Chemicals 2014 Edition │ │ Humanity’s Path to Chemistry 2011 Edition │ │ Chemistry and Engineering of Artificial Liquid Fuels Volume 1 260 │ │ From Alchemy to Industrial Chemistry 2010 Edition │ │ Alternative Fuels: Chemical Energy │ │ Heat and Mass Transfer Analysis Eckert 854 │ │ Heat and Mass Transfer Analysis (Hu Xiaoping) │ │ Numerical Simulation of Heat Transfer and Fluid Flow 232 │ │ Heat Transfer National Classic 300 │ │ Heat Transfer 334 │ │ Heat Transfer Yang Shiming 596 │ │ Heat Transfer Application Manual (Volume 1) │ │ Heat Transfer Application Manual (Volume 2) │ │ Heat Transfer: Theoretical foundation and engineering application Cao Hongfen 213 │ │ Basics of mass transfer 394 │ │ Basic principles of transport process Le Qichi 199 │ │ Transfer phenomenon United States 904 │ │ Principles of transfer process 459 │ │ Low-temperature technology thermodynamics 371 │ │ Low-temperature plasma chemistry and its applications 304 │ │ Application of low-temperature plasma surface modification technology in the preparation of catalyst materials Li Kai, Wang Chi 2017 edition │ │ Low-temperature insulation and storage and transportation technology 281 │ │ Perry's Chemical Engineers' Handbook │ │ Perry's Chemical Engineers' Handbook 8th │ │ Protective group chemical weapons admiration │ │ Fundamentals of Catalysis Third Edition Zhen Kaiji 404 │ │ New Technology for the Production of Catalyst Chemicals │ │ Fundamentals and Applications of Catalysts 2011 Edition │ │ Introduction to Catalyst Engineering edited by Wang Shangdi, Sun Junquan, Wang Zhengbao 2015 Edition │ │ Catalytic Chemistry 1998 │ │ Catalytic Chemistry (Part 1 and 2), Wu Yue │ │ Introduction to Catalytic Chemistry - Han Weiping │ │ Elemental Chemistry Volume 1, 2 and 2 │ │ Handbook of Chemical Reactions of Elements 1450 │ │ Data Book of Element Properties 140 │ │ Feast of Elements: Chemistry Strange Tales and Daily Life by Sam Keane 2015 Edition │ │ Advanced Materials Chemistry 2013 │ │ Photochemistry Principles·Technology·Applications│ │ Photochemistry Principles-Bartrop│ │ Handbook of Synthetic Photochemistry-Wiley 2010 │ │ Basic principles of photochemistry and photonics materials science (edited by Fan Meigong) │ │ Photochemistry Handbook │ │ Introduction to Photochemistry edited by Cao Jin │ │ The third edition of the fourth round of planning textbooks for pharmacy courses in national medical colleges and universities Principles of Chemical Engineering │ │ National Classics * Guided Series 3000 Chemistry * Exquisite answers to questions │ │ All-American Classics * Mentoring Series College Chemistry * Exquisite answers to questions │ │ All-American Classics * Instructional Series Organic Chemistry * Exquisite answers to questions │ │ All-American Classics * Guide Series Biochemistry (Second Edition) │ │ Lang's Handbook of Chemistry (Thirteenth Chinese Edition) Dean China Press 1815 pages │ │ About physical property data 360 │ │ Research on agricultural geology and geochemistry evaluation methods: Geoscience exploration of land ecological security (Li Ruimin 2007) │ │ Chemical control of farmland weeds │ │ Practical manual on new technologies and new technologies for cold storage, refrigeration and freezing │ │ Molecular photochemistry and photofunctional material science (Fan Meigong) │ │ Molecular sieves and porous material chemistry │ │ Molecular sieves and porous material chemistry 2nd edition 2015 │ │ Molecular Structure and Reactivity 339 │ │ Molecular Distillation Technology 161 │ │ Analytical Chemistry Editor-in-Chief Sun Yuqing, Hu Yuzhu │ │ Analytical Chemistry Editor-in-Chief Wang Erkang │ │ Analytical Chemistry Pharmacy Vocational College Textbook Series │ │ Analytical Chemistry (Fourth Edition) │ │ Analytical Chemistry - Chief editors such as Kellner.R. │ │ Analytical Chemistry and Water Quality Analysis (Part 1 and 2) │ │ Analytical Chemistry Series - Volume 3 - Volume 3 - High Performance Liquid Chromatography │ │ Analytical Chemistry * Title collection edited by Sun Yuqing │ │ Principles of Analytical Chemistry Wu Xingliang │ │ Analytical Chemistry * Guidance and XL Question Collection (Second Edition) Edited by Li Famei │ │ Analytical Chemistry Experiments (Traditional Chinese Medicine Major) │ │ Analytical Chemistry Laboratory Quality Assurance Manual │ │ Handbook of Analytical Chemistry (Second Edition) Volume One Basic Knowledge and Safety Knowledge │ │ Handbook of Analytical Chemistry (Second Edition) Volume Seven Nuclear Magnetic Resonance Spectroscopy Analysis │ │ Handbook of Analytical Chemistry (Second Edition) Volume 3 Spectral Analysis │ │ Handbook of Analytical Chemistry (Second Edition) Volume 9 Mass Spectrometry │ │ Handbook of Analytical Chemistry (Second Edition) Volume 2 Chemical Analysis │ │ Handbook of Analytical Chemistry (Second Edition) Volume 5 Gas Chromatography Analysis │ │ Handbook of Analytical Chemistry (Second Edition) Volume 8 Thermal Analysis │ │ Handbook of Analytical Chemistry (Second Edition) Volume 6 Liquid Chromatography Analysis │ │ Handbook of Analytical Chemistry (Second Edition) Volume 10 Chemometrics │ │ Handbook of Analytical Chemistry (Second Edition) Volume 4 Electrochemical Analysis │ │ New Progress in Analytical Chemistry Edited by Wang Erkang │ │ Analytical Chemistry Wuhan 3rd Edition │ │ Self-study Series for Basic Courses in Analytical Chemistry Graduate Entrance Examination │ │ Research Progress in Analytical Chemistry Edited by Sun Hanwen │ │ Dictionary of Analytical Chemistry │ │ Separation Chemistry Wang Jiusi │ │ Separation Process Liu Jiaqi 511 │ │ Separation Process Second Edition 617 │ │ Separation Process and Technology 334 │ │ Separation Process Chemistry (edited by Lu Jiufang) │ │ Innovative Medicinal Chemistry (USA) (Translated by Chi Yuming) │ │ Junior high school chemistry textbook knowledge package │ │ Middle and high school chemistry bridging textbook 2nd edition by Huang Yongmei, 2018 edition │ │ Refrigeration Engineering Technology Dictionary 452 │ │ Refrigerating fluid thermophysical properties table and diagram │ │ Pulp and paper experiment 2010 edition │ │ Powdering technology and equipment Peng Jianen. Text version │ │ Frontier science explores the trajectory of book series elements: Chemical Wonderland Utta Biroja Yumin (Translated) 2001 Edition │ │ Frontline Orbits and Organic Chemical Reactions │ │ Chemistry of Functional Polymer Materials │ │ Animal Biochemistry Experiment Guide 3rd Edition │ │ Principles of Momentum, Heat and Mass Transfer Ma Zifeng Wu Health │ │ Exploration Geochemistry │ │ Exploration geochemistry, Luo Xianrong et al., 2007 │ │ Chemistry 2011 Edition │ │ Chemistry Zhu Zhiping 312 │ │ Chemistry (Elective) Full 3 volumes People's Education Press 1995 │ │ Dictionary of Chemistry, Chemical Engineering, and Medicine Volume 3 Edited by Duan Muqian 1985 Edition │ │ Innovative Training Experiment for College Students Majoring in Chemistry, Applied Chemistry, and Materials Science and Engineering 2014│ │ Chemistry and Catalytic Reaction Engineering-Li Shaofen│ │ Chemistry and Materials 2012│ │ Chemistry and Materials: The ladder of progress of human civilization │ │ Chemistry and Environmental Protection │ │ Handbook of Chemical and Environmental Engineering Calculations │ │ Summary of basic knowledge of chemistry │ │ Chemically modified electrodes - revised edition - Dong Shaojun │ │ Chemically modified electrodes - Dong Shaojun - 1995 │ │ Chemically modified electrodes - Jinlitong │ │ Application of chemical bond theory in complexes │ │ Chemical energy storage technology and its application in power systems 2013 │ │ Journey of chemical elements Tom Jackson │ │ Talk about the periodic table of chemical elements 2011 │ │ Overview of chemical elements revised edition Albert Stewart Plus 201 │ │ Chemical Analysis Engineer Practical Technology Series Essential Knowledge and Skills for Laboratory Technicians │ │ Chemical Analysis Calculation Manual │ │ Chemical Separation and Purification Technology 2012 │ │ Chemical Pharmaceutical Processes and Equipment Edited by Liu Hongxia 2009.3 │ │ Basics of Chemical Kinetics │ │ Chemical Aids Analysis and Application Manual Vol. 1, 2 │ │ Chemical filter aids (Hu Xiaomin) │ │ Retrieval and Utilization of Chemistry and Chemical Engineering Information and Network Resources 3rd Edition 2012 │ │ Chemistry and Chemical Engineering Terminology 341 │ │ Chemistry and Chemical Materials and New Energy Zhang Junli 2018 Edition │ │ Chemistry and Chemical Properties Data Manual Inorganic Volume Updated Edition │ │ Chemistry and Chemical Properties Data Handbook, Inorganic Volume │ │ Chemistry and Chemical Properties Data Handbook, Organic Volume Liu Jie Chemical Industry Press 797 pages │ │ Chemistry and Chemical Properties Data Handbook, Organic Volume │ │ Chemistry and Chemical Properties Data Handbook, Organic Volume 2013 Updated Edition │ │ Introduction to New Progress in Chemistry and Chemical Engineering Research and Applications │ │ Chemistry and Chemical Engineering Cognition Practice Guide Principles of Chemical Reactions Elective 2011 Edition │ │ Chemical Reactor Operation Training 156 │ 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Emulsion Polymerization (Edited by Hu Jinsheng et al.) │ │ Polymer Chemistry Series - Principles of Copolymerization (Edited by Ying Shengkang et al.) │ │ Polymer Chemistry Series - Directional Polymerization (edited by Wang Naichang et al.) │ │ Polymer Chemistry Series - Suspension Polymerization (Pan Zuren et al.) │ │ Polymer Chemistry Series - Graft Copolymerization (Sun Zaijian et al. edited) │ │ Polymer Chemistry Series - Ionic Polymerization (Ying Shengkang et al.) │ │ Polymer Chemistry Series - Free Radical Polymerization (edited by Pan Ziren et al.) │ │ Polymer Chemistry Series - Coordination Polymerization (Lin Shangan et al. edited) │ │ Polymer Chemistry * Questions and Answers │ │ Polymer Chemistry and Physics (Editor-in-chief by Wang Zijie and Wang Shuzhi) │ │ Polymer Chemistry and Physics (Volume 1 and 2) │ │ Fundamentals of Polymer Chemistry (Volume 1 and 2) (Germany) (Chinese version) │ │ Polymer Chemistry Experiment (He Weidong) │ │ Polymer Chemistry Laboratory Preparation │ │ Progress in Theory and Application of Polymer Chemistry (Editor-in-Chief Kim Guantae) │ │ Polymer Synthesis Reactions │ │ Physical Chemistry of Polymer Alloys │ │ Fundamentals of Polymer Engineering 2013 │ │ Test Methods and Evaluation of Polymer Materials (Japan) │ │ Polymer Dielectric Chemistry │ │ Polymer Adhesives Series Acrylic Adhesives 2010 Edition │ │ Polymer Adhesives Series Epoxy Adhesives 2010 Edition │ │ Polymer Adhesives Series Adhesive Basics 2010 Edition │ │ Polymer Adhesives Series Urea-Formaldehyde Adhesives 2010 Edition │ │ Research on Polymer Free Radical Synthesis Technology, 2018 Edition by Zhao Yaqi │ │ Polymer Radiation Chemistry + Zhang Zhicheng │ │ Modern Testing and Analysis Technology of Polymers │ │ High-Tech Fibers Editor-in-Chief Cui Shuling 2016 Edition │ │ Introduction to High-Tech Fibers 2nd Edition Editor-in-Chief west Peng 2015 Edition │ │ Efficient Reaction Technology and Green Chemistry 2012 │ │ High-tech Popular Science Series Supercritical Fluid Technology and Application 2014 Edition │ │ Physical Chemistry of High-Temperature Processes │ │ High-Temperature Aqueous Solution Thermodynamic Data Calculation Manual 728 │ │ Advanced Analytical Chemistry │ │ Advanced Geochemistry │ │ College Exchange Lecture Notes Principles of Chemical Engineering 293 │ │ College Textbook of Applied Chemistry Major Series Textbook Synthetic Chemistry │ │ College Textbook of Chemical Engineering Design edited by Zhao Yunfa 2014 Edition │ │ College Textbook of University Chemistry edited by Luo Liwen and Lu Renqing 2017 Edition │ │ College Textbook of Physical Chemistry Concise Tutorial 2011 Edition │ │ Advanced Organic Chemistry Volume A Structure and Mechanism│ │ Advanced Organic Chemistry Volume B Reactions and Synthesis│ │ Advanced Organic Chemistry Feng Feng│ │ Advanced Organic Chemistry Reactions and Mechanism (Miller 2005) Written by Mlller, translated by Wu Fanhong, Rong Guobin School│ │ Advanced Organic Chemistry Rong Guobin│ │ Advanced Organic Chemistry│ │ Advanced Organic Chemistry Reaction Mechanism and Structure (Fifth Edition) │ │ Advanced Organic Chemistry - Ma Qi Volume 1 and 2 │ │ Advanced Combustion Science Cen Kefa 787 │ │ Advanced Physical Chemistry (Liu Shouchang) │ │ Higher Vocational College Chemistry and Chemical Engineering Planning Textbooks Introduction to Chemical Engineering Major │ │ Heat transfer and mass transfer in petroleum and natural gas planning textbooks for colleges and universities (rich media) 2018 edition edited by Shen Jie │ │ Principles of chemical engineering in planning textbooks for higher vocational colleges │ Simulation research on multi-component batch distillation tower operation optimization │ Multi-component liquid mixture diffusion coefficient and its calculation │ Discussion on calculation of multi-component batch distillation process - Tan Chong X │ Simulation of multi-component batch distillation process │ Improvement of railway oil unloading process design for small oil depots │ Geochemical characteristics of bitumen in the Upper Permian reef limestone in Liuqiao area, Chongzuo, Guangxi │ Geochemical characteristics and accumulation patterns of natural gases of different origins in the Fangzheng fault depression │ Calculation of particle velocity in gas-solid two-phase pipe flow │ Improvement of hydrogen treatment technology │ Effect of hydrogen concentration on atmospheric chemical vapor deposition ZrC coating │ Brief description of nitrogen protection and positive pressure ventilation methods │ Application and process technology progress of chlorinated rubber │ Design of fluid flow distributor - Chen Yunkai │ A brief discussion of the "four major" properties of FeCl3 │ A brief discussion of the process layout design of the solid preparation workshop - Xue Danfeng, Chen Jianguo │ Issues that need to be paid attention to in the use of liquid sulfur trioxide │ Calculation of the pH of mixed acid-base solutions │ Geochemical characteristics and geological significance of lamprophyre in the Baoshan mining area of Hunan Province │ Factors affecting the acid dew point temperature of flue gas and its calculation method │ Thermal coupling distillation and its selection principles │ Thermal coupling distillation technology progress │ Design guidelines for glycol dehydration equipment_(one)_Wang Xiaokang│ Design Guidelines for Glycol Dehydration Unit_(two)_Wang Xiaokang │ Analysis of formaldehyde solution storage scheme Yang Botao │ Electromagnetic compatibility design of electrothermal chemical gun pressure test system │ Effect of electrolyte on the electrochemical performance of MnO2 positive electrode of aqueous rechargeable battery │ Research on chemical vapor deposition growth and process engineering of graphene │ Research on the application of silicon in real life │ Transformation and effects of ammonium sulfate section │ Preparation of carbonized bacterial cellulose-coated copper and research on electrochemical catalytic performance │ Properties of carbon dots and their research progress in chemiluminescence analysis │ Selection of heat transfer methods for dilute acid washing purification │ Air heater selection calculation method │ New tubular continuous nitrification process │ Powder engineering process equipment selection calculation (1) │ Powder engineering process equipment selection calculation (3) │ Powder engineering process equipment selection calculation (2) │ Powder engineering process equipment selection calculation (5) │ Powder engineering process equipment selection calculation (6) │ Powder engineering process equipment selection calculation (4) │ Powder technology │ Research and application of powder material quantitative feeding system │ Energy-saving technology in the distillation process │ Research on energy-saving technology in the distillation process │ Effect of the chemical structure of carboxymethyl cellulose on the stability of milk protein │ Estimation of evaporation time │ Calculation and analysis of converting steam heating to hot water heating │ Discussion on issues related to steam condensate closed-circuit circulation system │ Current status and development direction of distillation technology │ Principles and applications of supercritical fluid extraction │ Research progress on catalytic decomposition of hydrogen peroxide │ Sedimentary environment and geochemical characteristics of source rocks in the Pingliang Formation at the southern edge of the Ordos Basin │ Geochemical characteristics of Ordovician native natural gas in the Ordos Basin and its significance to the gas source of the Jingbian gas field│ Preparation and performance research on titanium alloy chemical milling protective coatings│ Research on the electrochemical properties of iron and magnesium co-doped LiMnPO4│ Research on the combustion characteristics of copper-based oxygen carriers and combustible solid waste chemical chains│ A method for determining the number of theoretical plates in batch distillation towers│ Operational analysis and design of batch distillation - Tang Enqi, Liang Wencai, Xu Shichang│ Research on operational algorithm of batch distillation - Jing Tao, Zhao Yunpeng, Li Zhe│ Operation method and algorithm of batch distillation│ BASIC program for batch distillation calculation│ Analysis of batch crystallization process - Lin Dan, Luo Jianjun, Wang Shengchun, Yang Fan│ Effect of weathering on geochemical characteristics of source rocks - Carboniferous system of Tuha Basin│ └─14.1 Basic theory courseware of chemical engineering│ 6. Distillation PPT 83 │ 8.3 Equation of state of ideal gas.ppt │ 9. Distillation principle PPT 156 │ Development and application of LNG loading skid.pptx │ Introduction to MVR (mechanical secondary vapor recompression) technology 2 PPT 13 │ PID training courseware.ppt │ PROII tutorial - Distillation Chapter 103 │ PROSS introduction document Sinopec Conference (Beijing Yanzhi Technology).PPT │ PSA training handout.ppt │ PSA device theoretical knowledge handout PPT 36 │ Three-distillation.ppt │ Propane pre-cooling system.ppt │ China has broken through the core technology of solar thermal power generation.pptx │ Heat transfer.ppt │ Introduction to the mass transfer process.ppt │ Introduction to the principle and equipment of low-temperature methanol washing.ppt │ Principle of cryogenic rectification and distillation tower.ppt │ Waste heat recovery training.ppt │ Steam power balance of the whole plant and system optimization and energy saving.ppt │ Freezing station (new).ppt │ Thermodynamic basis of refrigeration and low temperature.ppt │ Refrigeration cycle.ppt │ Refrigeration method - thermoacoustic refrigeration.pptx │ Refrigeration method - dilution refrigeration.pptx │ Utilization of by-product C4 resources.ppt │ Basic knowledge of gas filling stations.ppt │ Common knowledge of chemical processes.ppt │ Chemical literature review methods - Zhong Zengpei.ppt │ Chemical separation engineering 2. Distillation PPT 178 │ Application of chemical unit operations in production PPT 196 │ Contents and procedures of chemical plant design.ppt │ Principles of chemical engineering (Part 2) Chapter 3 - Tower equipment second lesson explanation.ppt │ Principles of chemical engineering 113.ppt │ Principles of Chemical Engineering Volume 2 PPT 80 │ Principles of Chemical Engineering Absorption Science * Courseware.ppt │ Principles of Chemical Engineering Editor-in-chief Xia Qing and Chen Changgui.ppt │ Principles of Chemical Engineering Tianda Volume 1 (full version) PPT 909 │ Principles of Chemical Engineering Chapter 1 Fundamentals of Fluid Mechanics.ppt │ Principles of Chemical Engineering Chapter 1 Flow Phenomenon of Fluids.ppt │ Principles of Chemical Engineering Chapter 1 Measurement of Flow Velocity and Flow Rate.ppt │ Principles of Chemical Engineering Chapter 1 Basic Equations of Fluid Flow in Pipes.ppt │ Principles of Chemical Engineering Chapter 1 Frictional Resistance Loss of Fluid Flow in Pipes.ppt │ Principles of Chemical Engineering Chapter 7 Basics of Mass Transfer 29.ppt │ Principles of Chemical Engineering Chapter 7 Basics of Mass Transfer.ppt │ Principles of Chemical Engineering Chapter 3 Mechanical Separation and Solid Fluidization.ppt │ Principles of Chemical Engineering Chapter 3 Overview, Gravity Sedimentation.ppt │ Principles of Chemical Engineering Chapter 3 Centrifugal Sedimentation.ppt │ Principles of Chemical Engineering Chapter 3 Filtration.ppt │ Principles of Chemical Engineering Chapter 9 Distillation.ppt │ Principles of Chemical Engineering Chapter 2 Other Types of Chemical Pumps.ppt │ Principles of Chemical Engineering Chapter 2 Gas Conveying Machinery.ppt │ Principles of Chemical Engineering Chapter 2 Fluid Conveying Machinery.ppt │ Principles of Chemical Engineering Chapter 5 Calculation of Heat Transfer Process and Heat Exchanger.ppt │ Principles of Chemical Engineering Chapter 8 Gas Absorption 49.ppt │ Principles of Chemical Engineering Chapter 8 Gas Absorption.ppt │ Principles of Chemical Engineering Chapter 6 Evaporation.ppt │ Principles of Chemical Engineering Chapter 11 Liquid-liquid Extraction and Solid-Liquid Extraction.ppt │ Principles of Chemical Engineering Chapter 13 Other Separation Processes 56.ppt │ Principles of Chemical Engineering Chapter 13 Other Separation Processes.ppt │ Principles of Chemical Engineering Chapter 12 Drying.ppt │ Principles of Chemical Engineering Chapter 10 Gas-liquid Mass Transfer Equipment 35.ppt │ Principles of Chemical Engineering Chapter 10 Gas-liquid Mass Transfer Equipment.ppt │ Principles of Chemical Engineering Chapter 4 Basics of Heat Transfer.ppt │ Principles of Chemical Engineering Distillation * Courseware.ppt │ Principles of Chemical Engineering - Absorption PPT 128 │ Principles of Chemical Engineering - Analysis of High Vacuum Multi-layer Insulation Performance of Cryogenic Vessels.pptx │ Principles of Chemical Engineering.ppt │ Principles of Chemical Engineering 1.ppt │ Chemical engineering principles 2.ppt │ Chemical engineering principles PPT.ppt │ Principles of Chemical Engineering Chapter 9 Distillation.ppt │ Principles of Chemical Engineering Chapter 2 Fluid Transport Machinery.ppt │ Principles of Chemical Engineering Chapter 8 Gas Absorption.ppt │ Principles of Chemical Engineering Chapter 4 Lecture Notes for Section 1.ppt │ Principles of Chemical Engineering Chapter 4 Lecture Notes for Section 3.ppt │ Principles of Chemical Engineering Chapter 4 Lecture Notes for Section 2.ppt │ Principles of Chemical Engineering Courseware PPT 461 │ Chemical Engineering Principles Courseware PPT 393 │ Chemical Engineering Principles Courseware.ppt │ Chemical Engineering Principles Course Design Plate Distillation Tower Design.ppt │ Chemical Engineering Principles Course Design Example.ppt │ Chemical Engineering Fundamentals.ppt │ Chemical Engineering Fundamentals—Heat Transfer.ppt │ Chemical Engineering Fundamentals (Introduction to Mass Transfer Process).ppt │ Chemical Engineering Fundamentals (Absorption).ppt │Basics of chemical engineering (mechanical separation).ppt │Chemical engineering technology Chapter 2 Thermal cracking of hydrocarbons.ppt │Chemical engineering technology Chapter 2 chemical raw materials and their preliminary processing PPT 93 │Chemical engineering process system design.ppt │Chemical engineering process lecture.ppt │Chemical engineering process design.ppt │Chemical engineering thermodynamics PPT courseware.ppt │ Chemical production process and job operation safety technology PPT 109 │ Chemical distillation process PPT 200 │ Chemical plant process operation and control PPT 152 │ Introduction to chemical process simulation and introduction to the use of ProII.ppt │ Absorption.ppt │ Comprehensive design of solid catalysts in multiphase reactions 15 pages.ppt │ Natural gas purification process.ppt │ Basic knowledge of natural gas (2).ppt │ Basic knowledge of natural gas.ppt │ Basic knowledge of natural gas training courseware.ppt │ How to improve steam quality and ensure steam delivery efficiency.ppt │ How to improve steam quality and steam delivery system.ppt │ Practical steam course PPT 98 │ Thermal oil technology exchange (case analysis).ppt │ Factory layout.ppt │ Engineering thermodynamics PPT 89 │ Engineering Combustion PPT 39 │ Process Natural Gas Treatment Technology.ppt │ Decrypted_Low-temperature methanol washing.ppt │ Improving the operating economy of the boiler (lecture notes).ppt │ Mechanical separation.PPT │ Analysis and treatment of the causes of water hammer in oil tank steam heaters.ppt │ Fluid flow.PPT │ Fluid conveying machinery.PPT │ Liquid-liquid extraction.ppt │ Liquid distillation PPT 157 │ Liquefied gas vaporization volume calculation.ppt │ Liquefied gas knowledge.ppt │ Flue gas waste heat recovery.ppt │ Thermodynamics 375.ppt │ Thermodynamics Method Lecture.ppt │ Thermodynamics Chapter 8.ppt │ Coking Plant Process Training Courseware.ppt │ Fuel.ppt │ Combustion Science 29.ppt │ Material properties 1.ppt │ Physical Chemistry Professor Zhu Wentao's courseware.ppt │ Physical Chemistry (1).PPT │ Introduction to related equipment for Class A and B.ppt │ Electrochemistry Lecture Notes - Electrode Process Dynamics 35 pages │ Petrochemical heat transfer unit operation 13 pages.pptx │ Basic knowledge of petrochemical engineering.ppt │ Collision.ppt │ Air cooling island structure training.ppt │ air cooling technology * Research report.ppt │ Calculation of air velocity and tower diameter.ppt │ Chapter 1 Special Distillation PPT 146 │ Chapter 6 Distillation Tower Control System PPT 35 │ Chapter 1 Fluid Flow 104.ppt │ Chapter 1 Fluid Flow PPT 154 │ Chapter 1 Fluid Flow 149.ppt │ Chapter 1 Distillation PPT 75 │ Chapter 1 Distillation PPT 197 │ Chapter 1 Distillation PPT 131 │ Chapter 7 Simulation and Analysis of Chemical Processes 29 pages.ppt │ Chapter 3 Modern Extraction Technology.ppt │ Chapter 3 Multi-stage Equilibrium Separation Process Analysis and Calculation PPT 128 │ Chapter 3 Multi-Component Distillation and Special Distillation PPT 141 │ Chapter 3 Multi-component Distillation and Special Distillation PPT 285 │ Chapter 3 Distillation PPT 97 │ Chapter 3 Heterogeneous Separation.ppt │ Section 3 Multi-component Distillation PPT 115 │ Chapter 9 Solid Catalyst Design Page 51.ppt │ Chapter 9 Liquid Distillation PPT 165 │ Chapter 5 Distillation.ppt │ Chapter 5 Absorption.ppt │ Chapter 5 Absorption and Distillation PPT 186 │ Chapter 5 Laminar Flow and Turbulent Flow Analysis Example.ppt │ Chapter 5 Industrial Catalysis Process Engineering 147 pages.ppt │ Chapter 5 Distillation PPT 92 │ Chapter 6 Multi-component Distillation PPT 74 │ Chapter 6 Distillation PPT 112 │ Chapter 6 Distillation PPT 118 │ Chapter 6 Distillation PPT 123 │ Chapter 6 Distillation PPT 82 │ Chapter 6 Distillation.ppt │ Chapter 11 Crystallization.ppt │ Chapter 10 Distillation PPT 239 │ Chapter 10 Distillation PPT 84 │ Chapter 4 Heat Transfer.ppt │ Chapter 4 Distillation Process Process Design PPT 61 │ Chapter 4 Heat Transfer.ppt │ Distillation.ppt │ Distillation separation method and principle PPT 50 │ Distillation principle electronic courseware lesson plan.ppt │ Distillation tower knowledge training PPT 71 │ Distillation technology training PPT 106 │ Introduction to distillation operation knowledge 31.ppt │ Introduction to distillation operation knowledge 43.ppt │ Classification of distillation and working principle of distillation tower and problem analysis PPT 50 │ Distillation handout.ppt │ Distillation process process design PPT 62 │ Adiabatic engineering technology.ppt │ Membrane separation technology.ppt │ Self-propagating high temperature synthesis.ppt │ Basic characteristics of steam and basic energy saving of heating system.ppt │ Main problems and solutions in steam pipe network.ppt │ Distillation 55.ppt │ Distillation.ppt │ Distillation and absorption tower equipment.ppt │ Distillation equipment.ppt │ Basic knowledge of measurement (training materials).ppt │ Supercritical fluid technology.ppt │ Application research of supercritical fluid technology.ppt │ Supercritical extraction technology and its equipment.ppt │ Guo Wenhao - Recovery and utilization of low-temperature waste heat.ppt │ Guo Wenhao - Application and examples of narrow point technology in steam power systems.ppt │ Acid-base dissociation balance PPT 112 │ Acid dew point monitoring.ppt │ Boiler heating surface corrosion and prevention.ppt │ Causes and prevention of boiler four-tube leakage.ppt │ Basic knowledge for non-process professionals.ppt │ Particle-fluid heterogeneous system separation.ppt │ Settlement of particles.ppt │ Advanced Separation Engineering--01 Introduction.ppt │ Advanced Chemical Thermodynamics PPT 586 │ ├─Armstrong │ Sinopec’s First Advanced Training Course on Steam Optimization Technology.ppt │ Condensate Water Recovery and Waste Heat Utilization.ppt │ Kang Yajun-Condensate Water Recovery and Waste Heat Utilization.ppt │ Kang Yajun-Drainage Equipment.ppt │ Composition of Steam System.ppt │ ├─Fu Xiancai Fourth Edition Physical Chemistry-Electronic Lesson Plan-Courseware│ Chapter 00_Introduction.ppt │ Chapter 01_The first law of thermodynamics and its applications.ppt │ Chapter 02_The second law of thermodynamics.ppt │ Chapter 03_Fundamentals of Statistical Thermodynamics.ppt │ Chapter 04_Solution.ppt │ Chapter 05_Phase equilibrium.ppt │ Chapter 06_Chemical Equilibrium.ppt │ Chapter 10_Fundamentals of Chemical Kinetics (1).ppt │ Chapter 11_Fundamentals of Chemical Kinetics (2).ppt │ Chapter 12_Interface phenomenon.ppt │ Chapter 13_Colloidal and macromolecular solutions.ppt │ Production unit.ppt │ ├─Separation Engineering│ Chapter 1.ppt │ Chapter 2.ppt │ Chapter 3 Absorption.ppt │ Chapter 4 New Separation Method.ppt │ ├─Chemical Reaction Engineering│ Chemical Reaction Engineering.ppt │ Basics of Homogeneous Reaction Kinetics Chapter 2 Answers to xl questions.ppt │ complex xl.ppt │ Chapter 1 Introduction.ppt │ Chapter 1 Introduction.ppt │ Chapter 7 Fluidized Bed Reactor.ppt │ Chapter 3 Ideal Reactor (1).ppt │ Chapter 3 Ideal Reactor (2).ppt │ Chapter 3 Ideal Reactor (3).ppt │ Chapter 3 Ideal Reactor XL Question Answers.ppt │ Chapter 2 Basics of Homogeneous Reaction Kinetics.ppt │ Chapter 5 Homogeneous Reaction Kinetics Fundamentals Answers to XL Questions.ppt │ Chapter 5 Heterogeneous Reaction Kinetics.ppt │ Chapter 6 Fixed Bed Reactor.ppt │ Chapter 4 Non-Ideal Flow (1).ppt │ Chapter 4 Non-Ideal Flow (2).ppt │ Chapter 4 Non-ideal Flow Chapter 7.ppt │ Chapter 3.ppt │ Chapter 9.ppt │ Chapter 2.ppt │ Chapter 5.ppt │ Chapter 8.ppt │ Chapter 6.ppt │ Chapter 10.ppt │ Chapter 4.ppt │ ├─Principles and technologies of chemical energy conservation completed│ Principles and technologies of chemical energy conservation 1.ppt │ Chemical Energy Saving Principles and Technologies 10.ppt │ Chemical Energy Saving Principles and Technologies 3.ppt │ Chemical Energy Saving Principles and Technologies 4.ppt │ Chemical Energy Saving Principles and Technologies 5.ppt │ Chemical Energy Saving Principles and Technologies 6.ppt │ Chemical Energy Saving Principles and Technologies 7.ppt │ ├─Beijing Huaswei Company │ Chen Bao - Steam Pipe Network System Solution.ppt │ ├─Beihua Institute of Chemical Industry │ Heat Transfer Equipment Control.ppt │ Steam Measurement and Regulation.ppt │ ├─Reaction Engineering Courseware │ 1-1.ppt │ 2-1.ppt │ 2-2.ppt │ 2-3.ppt │ 3-1.ppt │ 3-2.ppt │ 3-3.ppt │ 4-1.ppt │ 5-1.ppt │ 5-2.ppt │ 5-3.ppt │ 6-1.ppt │ 6-2.ppt │ 6-3.ppt │ 7-1.ppt │ 8-1.ppt │ ├─Dalian University of Technology - Principles of Chemical Engineering │ ├─Heat Transfer │ │ Principles of Chemical Engineering Chapter 4, Section 1 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 4, Section 7 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 4, Section 3 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 4, Section 2 Lecture Notes.ppt │ │ Lecture notes for Chapter 4, Section 5 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 4, Section 6 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 4, Section 4 of Principles of Chemical Engineering.ppt │ │ │ ├─Absorption│ │ Lecture notes for Chapter 6, Section 1 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 6, Section 3 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 6, Section 2 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 6, Section 5 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 6, Section 6 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 6, Section 4 of Principles of Chemical Engineering.ppt │ │ │ ├─Drying│ │ Lecture notes for Chapter 9, Section 1 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 9, Section 3 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 9, Section 2 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 9, Section 4 of Principles of Chemical Engineering.ppt │ │ │ ├─Gas-liquid mass transfer equipment│ │ Lecture notes for Chapter 7, Section 1 of Principles of Chemical Engineering.ppt │ │ Principles of Chemical Engineering Chapter 7, Section 2 Lecture Notes.ppt │ │ │ ├─Fluid Flow│ │ Principles of Chemical Engineering Chapter 1, Section 1 Lecture Notes Revised.ppt │ │ Principles of Chemical Engineering Chapter 1, Section 3 Lecture Notes Revised.ppt │ │ Principles of Chemical Engineering Chapter 1, Section 2 Revised.ppt │ │ Principles of Chemical Engineering Chapter 1, Section 5 Lecture Notes Revised.ppt │ │ Principles of Chemical Engineering Chapter 1, Section 6 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 1, Section 4 Lecture Notes Revised.ppt │ │ Principles of Chemical Engineering Chapter 1 Lecture Notes.ppt │ │ │ ├─Fluid Transport│ │ Principles of Chemical Engineering Chapter 2, Section 1 Lecture Notes Revised.ppt │ │ Lecture notes for Chapter 2, Section 2 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 2 of Principles of Chemical Engineering.ppt │ │ │ ├─Liquid-liquid extraction│ │ Lecture notes for Chapter 8, Section 1 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 8, Section 3 of Principles of Chemical Engineering.ppt │ │ Lecture notes for Chapter 8, Section 2 of Principles of Chemical Engineering.ppt │ │ │ ├─Introduction │ │ xulun.ppt │ │ │ ├─Distillation │ │ Principles of Chemical Engineering Chapter 5, Section 1 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 5, Section 3 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 5, Section 2 Lecture Notes.ppt │ │ Principles of Chemical Engineering Chapter 5, Section 4 Lecture Notes (Excellent Course).ppt │ │ Principles of Chemical Engineering Chapter 5, Section 4 Lecture Notes.ppt │ │ │ └─Separation of Heterogeneous Systems│ Principles of Chemical Engineering Chapter 3, Section 1 Lecture Notes.ppt │ Principles of Chemical Engineering Chapter 3, Section 3 Lecture Notes.ppt │ Principles of Chemical Engineering Chapter 3, Section 2 Lecture Notes.ppt │ ├─Dalian University of Technology Principles of Chemical Engineering Courseware│ ├─Chapter 1│ │ 1.1 Overview.ppt │ │ 1.3_Fluid dynamics.ppt │ │ 1.7 Fluid flow and momentum transfer.ppt │ │ │ ├─Chapter 7│ │ 7.3 Interphase mass transfer.ppt │ │ 7.9 Packed tower.ppt │ │ │ ├─Chapter 3│ │ 3.2 Characteristics of particles and particle beds.ppt │ │ 3.6 Filtration.ppt │ │ 3.7 Solid fluidization and pneumatic transportation.ppt │ │ │ ├─Chapter 2│ │ 2.2 Centrifugal pump.ppt │ │ 2.4 Other types of vane pumps.ppt │ │ 2.5 Comparison and selection of various types of pumps.ppt │ │ │ ├─Chapter 5│ │ 5.3 Single-effect evaporation calculation.ppt │ │ │ ├─Chapter 8│ │ 8.2 Liquid-liquid phase equilibrium relationship.ppt │ │ 8.4 Extraction calculation of completely immiscible systems.ppt │ │ 8.6 Leaching and supercritical extraction.ppt │ │ │ ├─Chapter 6│ │ 6.2 Solution gas-liquid phase equilibrium.ppt │ │ 6.6 Batch distillation.ppt │ │ 6.8 Multi-component distillation.ppt │ │ │ └─Chapter 4│ 4.1 Overview.ppt │ 4.2 Heat conduction.ppt │ 4.4 Empirical correlation of surface heat transfer coefficient.ppt │ 4.6 Calculation of heat transfer process.ppt │ ├─Tianda version chemical engineering courseware│ 3.1 Chapter 3 Heterogeneous system separation.ppt │ Calculation of two-component solution continuous distillation tower.ppt │ Mechanical separation.ppt │ Fluid flow.ppt │ Chapter 7 Extraction L-L.ppt │ Chapter 7 Extraction L-S.ppt │ Chapter 7 Extraction Summary.ppt │ Chapter 8 Drying 1.ppt │ Chapter 8 Drying 2.ppt │ Chapter 8 Drying 3.ppt │ Chapter 8 Drying 4.ppt │ Chapter 6 Liquid Distillation(1_2).ppt │ Chapter 6 Distillation (1_2).ppt │ Distillation 3_4_5_6.ppt │ Distillation 7 Plate column.ppt │ Extraction LL example questions.ppt │ Evaporation.ppt │ Distillation xl questions.ppt │ Distillation xl questions 2.ppt │ Heterogeneous bulk separation.ppt │ ├─Introduction to modern separation technology │ Chapter 1 Introduction and Chapter 2 Precipitation Separation 2007.ppt │ Chapter 3 Solvent Extraction and Separation 2007.ppt │ Chapter 4 Ion Exchange Separation 2007.ppt │ Chapter 5 Foam adsorption and separation 2007.ppt │ Chapter 6 Membrane Separation 2007.ppt │ └─Powder knowledge 0+Introduction.ppt 1+Description of particles.ppt 11+Agglomeration of particles.ppt 2+Description of powder-1.ppt 2+Description of powder-2.ppt 2+Particle speed and resistance-Pippet particle size analysis method.ppt 2-Basic concepts 001.ppt 3-1+mohr_.ppt 3-2+Theoretical derivation of Coulomb’s law.ppt