In recent years, the area dealing with the physical chemistry of
materials has become an emerging discipline in materials science
that emphasizes the study of materials for chemical, sustainable
energy, and pollution abatement applications. Written by an active
researcher in this field, Physical Chemistry of Materials: Energy
and Environmental Applications presents methods for synthesizing
and characterizing adsorbents, ion exchangers, ionic conductors,
heterogeneous catalysts, and permeable porous and dense materials.
It also discusses their properties and applications. The book
explores various examples of these important materials, including
perovskites, zeolites, mesoporous molecular sieves, silica,
alumina, active carbons, carbon nanotubes, titanium dioxide,
magnesium oxide, clays, pillared clays, hydrotalcites, alkali metal
titanates, titanium silicates, polymers, and coordination polymers.
It shows how the materials are used in adsorption, ion conduction,
ion exchange, gas separation, membrane reactors, catalysts,
catalysts supports, sensors, pollution abatement, detergency,
animal nourishment, agriculture, and sustainable energy
applications. Rising pollution levels and the need for sustainable
energy have necessitated new ways of using certain materials to
combat these problems. Focusing on this emerging discipline,
Physical Chemistry of Materials describes the methods of syntheses
and characterization of adsorbents, ion exchangers, ionic
conductors, catalysts, and permeable materials. It tackles key
issues in materials science and physical chemistry.
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