Adsorption and Catalysis on Oxide Surfaces, Volume 21

1st Edition

Print ISBN: 9780444425126
eBook ISBN: 9780080960555
Imprint: Elsevier Science
Published Date: 1st July 1985
Page Count: 441
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The Symposium was held to honour the memory of the late Dr. A.J. Tench who made numerous important contributions to our knowledge of the structure, reactivity and adsorption properties of oxide surfaces. This volume contains an up-to-date picture of adsorption and catalysis on oxide surfaces, not in the form of a comprehensive review but in its living aspects of work in progress. It describes detailed studies on the determination of the coordination surface ions, particularly oxide ions, by photoluminescence and reflectance spectroscopy, on the identification of adsorbed species by magnetic optical or surface techniques and on catalysis, with emphasis on new concepts such as catalysis involving excited states or structure sensitive reactions.

Professionals working in the industrial and academic laboratories will find the book particularly useful as it provides a state-of-the-art account of our understanding of the structure and adsorption characteristics of oxide surfaces. Contained in the book are first class research papers by leading exponents in this field. A very important issue is that the book highlights for the first time the importance of excited states and structure sensitivity in determining the behaviour of oxide surfaces.

Table of Contents

The late Dr. Tench's contribution to the work of AERE, Harwell (C.B. Amphlett). The scientific work of the late Dr. A.J. Tench (M. Che). Photoluminescence and resonance energy transfer in zeolites (D.H. Strome, K. Klier). Surface structure and energy transfer on oxides (S. Coluccia). Electronic and vibrational states at the surface of ionic and covalent solids (A. Zecchina, D. Scarano). Spectroscopic and kinetic studies of surface processes on alkaline earth oxides (J. Nunan et al.). UV diffuse reflectance spectra of ammonia adsorbed on alkaline earth oxides (E. Garrone, F.S. Stone). Surface structure and nature of adsorption sites of supported, reduced and sulfided molybdate catalysts (H. Knozinger). Photo-adsorption of oxygen on acid and basic Ti02 surfaces (G. Munuera et al). Photocatalytic reactions on metal oxides and their excited states (Y. Kubokawa, M. Anpo). Solid/solid adsorption (Xie Youchang et al.). Surface and porous properties of oxides (R.G. Avery, J.D.F. Ramsay). Adsorptive properties of aluminumphosphate molecular sieves (G. Dworezkov et al.). Adsorption on metal oxides (R.G. Egdell). Decomposition of ethanol and acetaldehyde on (ll0) Sn02 faces and sintered Sn02 samples in UHV (D.Kohl et al.).Surface and bulk oxidation states of Mo03 during the partial oxidation of methanol (J.S. Chung, C.O. Bennett). Electron donor properties of Co0-MgO solid solutions (K. Dyrek, Z. Sojka). The nature of surface species formed upon adsorption of CO, O2 and nitrogen oxides on high surface area Co0-MgO and NiO-MgO solid solutions (D. Cordischi, V. Indovina). The interaction of CO and NO at the surface of Mg0 (E. Garrone, E. Giamello). Surface characterization of Cu/ZnO catalysts (G. Ghiotti et al.). Some infrared spectroscopic studies of the adsorption of molecules on MgO surfaces and MgO-supported palladium catalysts (C.C. Chu, N. Sheppard). Surface modes on alumina (J.C. Lavalley, M. Benaissa). Surface hy


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© Elsevier Science 1985
Elsevier Science
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@qu:....reading for all who are interested in catalysis and is essential reading to those whose primary interest is oxidation catalysis. @source: Advances in Colloids and Interface Science