Reflectance Spectroscopy as a Tool for Investigating Dispersed Solids and Their Surfaces

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Abstract
Reflectance spectroscopy is potentially one of the most powerful experimental techniques to gain information on the electronic structure of the components of heterogeneous dispersed systems and their external as well as internal surfaces, including adsorbed layers. Although this method is of both theoretical and practical value and has been widely used in various fundamental and applied disciplines of science and technology, such as astrophysics, meteorology, polymer chemistry, surface chemistry of ionic crystals, and in the plastics, paper, and glass industries, it has so far received little attention in investigating solid catalysts and their surfaces.

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