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出版时间:2014年4月

出版社:哈尔滨工业大学

以下为《材料手册8 气体 液体》的配套数字资源,这些资源在您购买图书后将免费附送给您:
  • 哈尔滨工业大学
  • 9787560344546
  • 112918
  • 2014年4月
  • 未分类
  • 未分类
  • TB3-62
内容简介

  卡达雷利主编的《材料手册》第二版提供所有类别的材料的物理和化学性质,是一本简洁的手边工具书。第二版与第一版的差别是扩大新的家庭用的材料,但重点是每一类常见的工业材料的性能。《材料手册(8气体液体)》一书内容为原手册第19、20章气体和液体的介绍。

目录

Introduction


19 Gases


 19.1 Properties of Gases


  19.1.1 Pressure


  19.1.2 The Boyle-Mariotte Law


  19.1.3 Charles and Gay-Lussac's Law


  19.1.4 The Avogadro-Ampere Law


  19.1.5 Normal and Standard Conditions


  19.1.6 Equation of State of Ideal Gases


  19.1.7 Dalton's Law of Partial Pressure


  19.1.8 Equations of State of Real Gases


   19.1.8.1 Van der Waals Equation of State


   19.1.8.2 Virial Equation of State


  19.1.9 Density and Specific Gravity of Gases


  19.1.10 Barometric Equation


  19.1.11 Isobaric Coefficient of Cubic Expansion


  19.1.12 Compressibility Factor


  19.1.13 Isotherms of Real Gases and Critical Constants


  19.1.14 Critical Parameters


  19.1.15 The Principle of Corresponding States


  19.1.16 Microscopic Properties of Gas Molecules


  19.1.17 Molar and Specific Heat Capacities


  19.1.18 Dynamic and Kinematic Viscosities


  19.1.19 Solubility of Gases in Liquids


  19.1.20 Gas Permeability of Polymers


  19.1.21 Dielectric Properties of Gases, Permittivity and Breakdown Voltage


  19.1.22 Psychrometry and Hygrometry


  19.1.23 Vapor Pressure


   19.1.23.1 Absolute Humidity or Humidity Ratio


   19.1.23.2 Mass Fraction of Water Vapor or Specific Humidity


   19.1.23.3 Relative Humidity


   19.1.23.4 Humid Heat


   19.1.23.5 Humid or Specific Volume


   19.1.23.6 Dry-Bulb Temperature


   19.1.23.7 Wet-Bulb Temperature


   19.1.23.8 Wet-Bulb Depression


   19.1.23.9 Dew Point Temperature


   19.1.23.10 Specific Enthalpy


   19.1.23.11 Latent Heat of Fusion


   19.1.23.12 Latent Heat of Vaporization


   19.1.23.13 Refractivity of Moist Air


   19.1.23.14 Psychrometric Charts


   19.1.23.15 Psychrometric Equations


  19.1.24 Flammability of Gases and Vapors


   19.1.24.1 Flammability Limits


   19.1.24.2 Explosive Limits


   19.1.24.3 Autoignition Temperature


   19.1.24.4 Ignition Energy


   19.1.24.5 Maximum Explosion Pressure


   19.1.24.6 Maximum Rate of Pressure Rise


   19.1.24.7 High and Low Heating Values


  19.1.25 Toxicity of Gases and Threshold Limit Averages


 19.2 Physico-Chemical Properties of Major Gases


 19.3 Monographxes on Major Industrxal Gases


  19.3.1 Air


  19.3.2 Nitrogen


  19.3.3 Oxygen


  19.3.4 Hydrogen


  19.3.5 Methane


  19.3.6 Carbon Monoxide


  19.3.7 Carbon Dioxide


  19.3.8 Helium and Noble Gases


   19.3.8.1 Neon


   19.3.8.2 Argon


   19.3.8.3 Krypton


   19.3.8.4 Xenon


   19.3.8.5 Radon


 19.4 Halocarbons


 19.5 Hydrates of Gases and Clathrates


 19.6 Materials for Drying and Purifying Gases


  19.6.1 Drying Agents and Dessicants


  19.6.2 Molecular Sieves


  19.6.3 Getters and Scavengers


 19.7 Producers and Manufacturers of Major Industrial Gases


 19.8 Further Reading


20 Liquids


 20.1 Properties of Liquids


  20.1.1 Density and Specific Gravity


  20.1.2 Hydrometer Scales


  20.1.3 Dynamic and Kinematic Viscosities


   20.1.3.1 Shear Stress


   20.1.3.2 Shear Rate


   20.1.3.3 Absolute or Dynamic Viscosity


   20.1.3.4 Kinematic Viscosity


   20.1.3.5 Temperature Dependence of the Dynamic Viscosity


  20.1.4 Classification of Fluids


  20.1.5 The Hagen-Poiseuille Equation and Pressure Losses


   20.1.5.1 Pressure Drop


   20.1.5.2 Friction Losses


  20.1.6 Sedimentation and Free settling


  20.1.7 Vapor Pressure


  20.1.8 Surface Tension, Wetting and Capillarity


   20.1.8.1 Surface Tension


   20.1.8.2 Temperature Dependence and Order of Magnitude of Surface Tension


   20.1.8.3 Parachor and Walden's Rule


   20.1.8.4 Wetting


   20.1.8.5 Contact Angle


   20.1.8.6 Young's Equation


   20.1.8.7 Work of Cohesion, Work of Adhesion and Spreading Coefficient


   20.1.8.8 Two Liquids and a Solid


   20.1.8.9 Antonoffs Rule