《锅炉--理论设计及运行》其内容包括:Introduction,Classification, Conditions and Specification,Fuels,Balances of Material and Heat等。
【作者简介】
Defu CHE,born in 1962,obtained his Bachelor,Master and Doctoral Degrees in Ther-mal Engineering from Xian Jiaotong University in 1983,1986 and 1990 respectively.During 1989~1990 he studied as a Ph.D.student in Department of Chemical and Materials Engi-neering,University of Auckland,New Zealand.During 1995~1996 he worked as a visiting scholar in Department of Mechanical,Aerospace and Nuclear Engineering,University of California,Los Angeles,USA.Now,he holds a professorship in Department of Thermal Engineering of Xian Jiaotong University.His research interests include boiler and heat ex-changer design,multiphase flow and heat transfer,combustion of fossil fuels and pollutant emission control,comprehensive utilization of low grade heat energy,CFD and CAD and so on.He is also the author or co-author of over 100 journal and conference papers and seven books. Email:dfche@mail,xjtu.edu.cn
【目录】
Chapter 1 Introduction 1.1 Status of energy utilization 1.2 Boiler and its role playing in national economy 1.3 Basic components and general working processes of a boiler Chapter 2 Classification, Conditions and Specification 2.1 Classifications and types of boilers 2.2 Capacity, conditions and models 2.3 Brief history of boiler 2.4 Technical economic indices Chapter 3 Fuels 3.1 Classifications and constituents of fuels 3.2 Solid fuels 3.3 Liquid fuels 3.4 Gaseous fuels Chapter 4 Balances of Material and Heat 4.1 Air requirement for combustion 4.2 Combustion products and their calculations 4.3 Combustion temperature and flue gas enthalpy 4.4 Heat balance Chapter 5 Firing Methods and Equipment 5.1 Fundamentals of combustion 5.2 Grate firing 5.3 Space firing 5.4 Fluidized bed combustion 5.5 Cyclone firing Chapter 6 Fuel Preparation 6.1 Pulverized coal and characteristics 6.2 Pulverizers 6.3 Pulverizing system Chapter 7 Heat Transfer Components 7.1 Water-cooled wall, slag screen and convective bank 7.2 Superheater and reheater 7.3 Economizers and air heaters Chapter 8 Heat Transfer Calculations 8.1 transfer of radiant surfaces 8.2 Heat transfer calculations of convective heating surfaces Chapter 9 Arrangements of Heating Surfaces and Thermal Performance Calculations 9.1 Heat distribution system of a boiler 9.2 Determination of basic parameters 9.3 Arrangement of heating surfaces and thermal calculations Chapter 10 External Fouling, Corrosion and Erosion of Heating Surfaces 10.1 Slagging and fouling 10.2 External corrosion of heating surfaces Chapter 11 Hydrodynamics of Natural Circulation Boiler 11.1 Fundamentais of hydrodynamics of boiler 11.2 Principles of natural circulation 11.3 Hydrodynamic calculations of natural circulation 11.4 Reliability of natural circulation Chapter 12 Hydrodynamics of Forced Flow Boiler 12.1 Hydrodynamic characteristics of once-through boiler evaporating tube 12.2 Thermal maldistribution of parallel tubes 12.3 Fluid flow oscillation in evaporating tube 12.4 Forced circulation and combined circulation boilers Chapter 13 Heat Transfer inside Tube 13.1 The regimes of heat transfer 13.2 The critical heat flux condition in forced convection boiling 13.3 Determinations of Heat Transfer Coefficients in Various Regions Chapter 14 Water Treatment and Steam Purification 14.1 Water conditions and treatment 14.2 Steam purification Chapter 15 Boiler Draft 15.1 Principles of draft calculation 15.2 Draft calculations of gas ductwork and air ductwork 15.3 Boiler Chimney and draft devices Chapter 16 Operation of Boiler 16.1 Basic operating principles 16.2 Initial commissioning 16.3 Variable pressure operation 16.4 Operation of drum type boilers 16.5 Operation of once-through boilers 16.6 Operation of fluidized bed boilers Referencescc
以下为对购买帮助不大的评价