edited by Li Zhou (Tianjin University, China)

Table of Contents (34k)
Foreword (31k)
Chapter 1: Adsorption Kinetics: Theory, Applications and Recent Progress (801k)

Adsorption is the basis of various emerging technologies that will be essential for addressing the problems of technologies that will be essential for addressing the problems of energy conservation and environmental protection.

This volume reviews recent progress and outlines the outlook for future development in adsorption theories, kinetics, pressure swing adsorption, SMB, and new nanoporous adsorbents. The contributions cover the fundamental knowledge and methodologies for adsorption experiments and calculations regarding equilibria, heat effects, adsorbent structural modeling, diffusion measurement, and selectivity control.

The volume also includes topics concerning hydrogen storage, desulfurization of fuels, and chiral separation. The contributors are internationally renowned scholars in the field of adsorption.

• Adsorption Kinetics: Theory, Applications and Recent Progress (D M Ruthven)
• New Nanoporous Adsorbents (A Kondo et al.)
• Supercritical Adsorption Mechanism and Its Impact to Application Studies (L Zhou et al.)
• Structural Modeling of Porous Carbons Using a Hybrid Reverse Monte Carlo Method (S K Jain et al.)
• A New Methodology in the Use of Super-Critical Adsorption Data to Determine the Micropore Size Distribution (D D Do et al.)
• Phase Behavior of Simple Fluids Confined in Coordination Nanospace (M Miyahara & T Kaneko)
• Optimisation of Adsorptive Storage: Thermodynamic Analysis and Simulation (S K Bhatia & A L Myers)
• Large Scale CO Separation by VPSA Using CuCl/Zeolite Adsorbent (Y C Xie et al.)
• The ZLC Method for Diffusion Measurements (S Brandani)
• and other papers