Impact Of Surface Science On Catalysis

Written by leading surface scientists, Impact of Surface Science on Catalysis is a compendium of up-to-date theoretical and experimental results fundamental to understanding surface catalysis. The contents illustrate the dramatic developments in surfaces and adsorbates emerging from density functional theory, calorimetry, and scanning tunneling microscopy. Results of sum frequency generation provide explanations of how reactive intermediates on surfaces are measured during catalysis.
Additionally, new data illustrate structures and reactivities of metal oxide surfaces and metal particles dispersed on thin, well-ordered oxide layers. Coverage includes : Dynamics of reactions at surfaces on time scales ranging from 10-13 to 10+3 s. Density functional theory of adsorption and surface chemical reactions. Catalysts in action : atomic-resolution STM images elucidating elementary reactions on surfaces.
Adsorption energetics and bonding : femtomole calorimetry and first-principles theory. Active sites on oxide catalysts : from single crystals to powders. Model supported catalysts : metal particles on well-ordered oxide layers. Vibrational spectra of reaction intermediates on catalyst surfaces by sum frequency generation