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CHAPTER 2 EXPERIMENTAL TECHNIQUES OF SOLID STATE PHYSICS RELEVANT TO RESEARCH ON ALLOYS
CHAPTER 3 THE ELECTRONIC STRUCTURE OF ALLOYS EXPERIMENTAL RESULTS
CHAPTER 4 SURFACE COMPOSITION OF ALLOYS
CHAPTER 5 PHYSICAL PROPERTIES AND STRUCTURES OF SMALL METAL AND ALLOY PARTICLES
CHAPTER 6 THE CATALYTIC CYCLE
CHAPTER 7 PREPARATION AND CHARACTERIZATION OF METAL AND ALLOY CATALYSTS
CHAPTER 9 CATALYSIS BY ALLOYS GENERAL FEATURES
CHAPTER 10 REACTIONS OF HYDROGEN AND ALKANEDEUTERIUM EXCHANGE
CHAPTER 11 CATALYTIC HYDROGENATION AND DEHYDROGENATION
CHAPTER 12 OXIDATION REACTIONS
CHAPTER 13 REACTIONS OF ALKANES AND REFORMING OF NAPHTHA
CHAPTER 14 SYNGAS REACTIONS
CHAPTER 8 ADSORPTION ON ALLOYS
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acid activation energy adsorbed adsorption Adv.Catal alkanes alkenes alloy catalysts alloys alumina Appl.Catal band behaviour benzene bond bulk calculated carbon monoxide catalysts chapter charge transfer chemical chemisorption clusters cobalt components compounds concentration copper coverage decrease dehydrogenation density desorption deuterium dissociation editors effect electronic structure ensembles equation ethene example exchange experimental films formation function G.A.Somorjai G.C.Bond gold higher hydrocarbons hydrogen hydrogen atoms hydrogenolysis Int,Congr.on Catal interaction intermediates ions iridium isomerization J.Catal J.Chem.Phys J.Chem.Soc.Faraday J.Phys.Chem kinetic layer mechanism metal particles metals and alloys methane molecules nickel nitric oxide observed obtained orbitals oxygen palladium phase Phys.Rev.B planes platinum potential reactant reaction reactivity reactor reduction rhenium rhodium ruthenium segregation selectivity shift shown in figure single crystal small particles solid solution species spectra spectroscopy sulfur Surf.Sci surface composition syngas techniques temperature theory transition metals V.Ponec valence valence band W.M.H.Sachtler zeolites
Page 4 - When I use a word ... it means just what I choose it to mean - neither more nor less.
Page 2 - I shall therefore, using a derivation well-known in chemistry, call it the catalytic power of the substances, and decomposition by means of this power catalysis, just as we use the word analysis to denote the separation of the component parts of bodies by means of ordinary chemical forces. Catalytic power actually means that substances are able to awaken affinities which are asleep at this temperature by their mere presence and not by their own affinity.
Page 2 - I shall, using a derivation well-known in chemistry, call it catalytic power of the substances and the decomposition by means of this power catalysis, just as we use the word analysis to denote the separation of the component parts of bodies by means of ordinary chemical forces. Catalytic power actually means that substances are able to awaken affinities which are asleep at this temperature by their mere presence and not by their own affinity'.