Time-Resolved Inverse Gas Chromatography and Its Applications

This book provides an easy way to use time-resolved chemistry, allowing inverse gas chromatography to become time resolved and therefore to record local with respect to time adsorption energies, local monolayer capacitiesm local isotherms, energy distribution functions, adsorption rates wit lateral molecular interactions, surface diffusion coefficients, effectiveness factors in heterogeneous catalysis, and surface energy on heterogeneous surfaces of solids. Important practical applications of time-resolved inverse gas chromatography in various scientific and industrial fields are included. The book will appeal to chromatographers, materials scientists, and investigators of hetero-geneous catalysis and interfacial science, as well as researchers and postgraduate students in analytical and environmental chemistry.