《化学工程》丛书内容涉及动量传递、热量传递和质量传递的基本原理和理论，并讲述如何将这些基础理论应用于精馏、吸收、过滤、膜分离、结晶、蒸发等独立的单元操作中。本书是“化学工程”第2卷A之《颗粒技术》，该书不仅适宜作双语教学的原版教科书，也是化学工程工作者不可多得的必备参考书。

Volume 1A

 1.Units and Dimensions

 2.Flow of Fluids---Energy and Momentum Relationships

 3.Flow of Liquids in Pipes and Open Channels

 4.Flow of Compressible Fluids

 5.Flow of Multiphase Mixtures

 6.Flow and Pressure Measurement

 7.Liquid Mixing

 8.Pumping of Fluids

Volume 1B

 9.Heat Transfer

 10.Mass Transfer

 11.The Boundary Layer

 12.Quantitative Relations between Transfer Processes

 13.Applications in Humidification and Water Cooling

Volume 2A

 1.Particulats Solids

1.1 Introduction

1.2 Particle characterisation

 1.2.1 Single particles

 1.2.2 Measurement of particle size

 1.2.3 Particle size distribution

 1.2.4 Mean particle size

 1.2.5 Efficiency of separation and grade efficiency

1.3 Particulate solids in bulk

 1.3.1 General characteristics

 1.3.2 Agglomeration

 1.3.3 Resistance to shear and tensile forces

 1.3.4 Angles of repose and of friction

 1.3.5 Flow of solids in hoppers

 1.3.6 Flow of solids through orifices

 1.3.7 Measurement and control of solids flowrate

 1.3.8 Conveying of solids

1.4 Blending of solid particles

 1.4.1 The degree of mixing

 1.4.2 The rate of mixing

1.5 Classification of solid particles

 1.5.1 Introduction

 1.5.2 Gravity settling

 1.5.3 Centrifugal separators

 ……

Volume 2B