Sorbent Deformation, 1st Edition

Sorbent Deformation, 1st Edition,Andrei Tvardovskiy,ISBN9780444521514


Academic Press




240 X 165

A volume in the Interface Science and Technology (IST) book series

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Key Features

· Provides novel, practical information on the behaviour of the systems used in environment control
· Presents the derivation of the equation describing single- and multicomponent adsorption and absorption in swelling / deformed systems
· Identifies the results of direct measurements on ad-and absorbent deformations (charcoals, clay minerals, organic cation substituted clay minerals, etc.) with a new high sensitivity method


Sorbent Deformation discusses the theoretical and experimental study of the deformation of solid bodies during their ad- or absorptive interaction with gases or vapours. The book is the first monograph which deals with the problem of ad- and absorbent non-inertness, compiled from a 15-year study by the author on swelling or deformed ad- and absorptive systems. The results from the study are of practical and scientific value to engineers and scientists in the areas of physical chemistry, chemical engineering and environmental control. They could also be of interest to those looking to solve problems in such areas as forecasting, technological processing and fuel drying stimulation.


For engineers and scientists involved and/or interested in adsorption and environment control.

Andrei Tvardovskiy

Affiliations and Expertise

Department of Thermophysics, Tver State Technical University, Tver, Russian Federation

Sorbent Deformation, 1st Edition

Chapter 1. Features of the state of bound water in bio-objects as an example of the nature of sorbed in swelling sorbents

Chapter 2. Equation of interphase sorption equilibria

Chapter 3. Experimental measurements and theoretical description of sorption equilibria in swelling systems

Chapter 4. Studies of sorptive deformation of sorbents using dilatometric method

Chapter 5. Variation of thermodynamic characteristics of swelling sorbents during sorption
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