The theoretical basis of chemisorption and catalysis by metals and alloys, and their use in a range of model and industrially significant catalyzed processes, are described in this text. Model and industrial reactions are reviewed, including the Fischer-Tropsch synthesis.
Author(s): Vladimir Ponec and Geoffrey C. Bond (Eds.)
Series: Studies in Surface Science and Catalysis 95
Edition: 1
Publisher: Elsevier, Academic Press
Year: 1995
Language: English
Pages: 1-734
Content:
Prologue Original Research Article
Pages 1-5
Chapter 1 Structure and properties of metals and alloys Original Research Article
Pages 7-72
Chapter 2 Experimental techniques of solid state physics relevant to research on alloys Original Research Article
Pages 73-141
Chapter 3 The electronic structure of alloys; Experimental results Original Research Article
Pages 143-174
Chapter 4 Surface composition of alloys Original Research Article
Pages 175-218
Chapter 5 Physical properties and structures of small metal and alloy particles Original Research Article
Pages 219-246
Chapter 6 The catalytic cycle Original Research Article
Pages 247-297
Chapter 7 Preparation and characterization of metal and alloy catalysts Original Research Article
Pages 299-391
Chapter 8 Adsorption on alloys Original Research Article
Pages 393-435
Chapter 9 Catalysis by alloys - general features Original Research Article
Pages 437-447
Chapter 10 Reactions of hydrogen and alkane-deuterium exchange Original Research Article
Pages 449-475
Chapter 11 Catalytic hydrogenation and dehydrogenation Original Research Article
Pages 477-539
Chapter 12 Oxidation reactions Original Research Article
Pages 541-581
Chapter 13 Reactions of alkanes and reforming of naphtha Original Research Article
Pages 583-677
Chapter 14 Syngas reactions Original Research Article
Pages 679-716
Epilogue Original Research Article
Pages 717-721
Subject index
Pages 723-727
