Titlebook: Chemistry and Physics of Solid Surfaces VI; Ralf Vanselow,Russell Howe Textbook 1986 Springer-Verlag Berlin Heidelberg 1986 catalysis.chem

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Molecular Organometallic Chemistry and Catalysis on Metal-Oxide Surfaces,ace- area metal oxides such as γ-Al.O.. Much has been learned about the structures of the metals in these materials from characterization techniques such as high- resolution electron microscopy (Chap.15) and extended X-ray absorption fine structure (EXAFS) [4.1], and a strong foundation of quantitat

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Catalysis by Molybdena-Alumina and Related Oxide Systems,utinely ultra-high-vacuum conditions. At first, tungsten surfaces were studied almost exclusively because of the ease with which they could be cleaned, used, and regenerated reproducibly. Today, experiments are carried out on single-crystal planes of many metals of catalytic interest. Similar studie

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Structure and Catalytic Performance of Zeolites,f small organic molecules, but sufficiently small to prevent the entry of larger ones. Aperture diameters of ~ 3–8 ? are, therefore, central to our discussion. Cages and cavities of this dimension are common in many branches of chemistry and indeed in numerous biological contexts. The notion that a

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Structural Characterization of Molecules and Reaction Intermediates on Surfaces Using Synchrotron R this area in surface chemistry has been aided by several developments in spectroscopic techniques over the past decade which have allowed increasingly detailed characterization of polyatomic adsorbates on single-crystal surfaces. For example, with vibrational spectroscopy [7.1] one can now routinel

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Thermodynamics and Kinetics in Weakly Chemisorbed Phases,xample, considering the fragmentation of a molecule into strongly adsorbed atoms, dissociation will occur out of a less strongly bonded molecular entity. But not only the importance for heterogeneous catalytic reactions stimulates the investigation of weakly chemisorbed phases, they also exhibit int

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Kinetic and Spectroscopic Investigations of Surface Chemical Processes,heme, combined with the study of the chemical structure of surface species, forms a driving force for the development of a systematic understanding of surface chemistry. Such a systematic picture of molecules and processes at surfaces will ultimately yield a predictive and a conceptual basis of unde

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