Jordanian Union Catalogue

Title: Adv. catal. Advances in catalysis /
Advances in catalysis and related subjects / edited by D.D. Eley, Herman Pines, Paul B. Weisz et a Advances in catalysis /
Advances in catalysis / Advances in catalysis /
Advances in catalysis and related subjects ; Advances in catalysis /
Advances in catalysis Advances in catalysis /
Author: Eley,
Eley, D. D., 1911-
Pines, Herman, 1902-1996.
Weisz, Paul B, 1921-
Frankenburg, Walter G., 1893- editor.
Komarewsky, V. I. (Vasili Ilyich), 1895- editor.
Rideal, Eric K. (Eric Keightley), Sir, 1890- editor.
WEISZ , Paul B JT.AUTH.
PINES , Herman JT.AUTH.
Eley, D. D.
Frankenburg, W. G.
Komarewsky, V. I. (Vasili Ilyich), 1895-
Frankenburg, Walter G., 1893-
W. G. Frankenburg Editor.
General Notes: Editors: 1948- W.G. Frankenburg, V.I. Komarewsky, E.K. Rideal., Editors: 1948- W.G. Frankenburg, V.I. Komarewsky, E.K. Rideal.
Available vol. 28, Editors: 1948- W.G. Frankenburg, V.I. Komarewsky, E.K. Rideal.

Publisher: Academic Press,
Publication Place: New York :
ISBN: 0120078287
0120078287
0120078961
9780080565231
0080565239
0120078198
9780120078196
ISSN: 0065-2342
Subject: Catalysis -- Yearbooks.
Catalysis.
Chemistry, Physical and theoretical.
Catalysis
Chemistry, Physical
Catalyse.
Chimie physique et th�eorique.
physical chemistry.
SCIENCE -- Chemistry -- Physical & Theoretical.
Catalysis.
Chemistry, Physical and theoretical.
Catalysis -- Periodicals.
Catalyseurs.
35.17 catalysis.
58.14 chemical processes (process engineering)
Katalyse.
Katalysatoren.
Catalysis
Catalyse.
Catalysis -- Periodicals.
Catalysis.
Chemistry, Physical -- Periodicals.
Chemistry, Physical.
Katalysatoren.
Catalysis -- Collected works
Chemistry.
Chemistry
Chimie.
chemistry.
Chemistry.
Catalysis -- Yearbooks.
Electronic books.
Periodical
Periodicals.
Series: Advances in catalysis and related subjects ; v. 19
Contents: Front Cover; Advances in Catalysis and Related Subjects, Volume 20; Copyright Page; Contents; Contributors; Preface; Contents of Previous Volumes; Chapter 1. Chemisorptive and Catalytic Behavior of Chromia; I. Introduction; II. Preparation of Chromia; III. Surface Coordinative Unsaturation; IV. Oxidation and Reduction of Surface Cr3+; V. Possible Forms of Chemisorption on Chromia; VI. Chemisorption on Chromia as a Function of Activation; VII. Results of Catalytic Experiments; VIII. Processes in thc Hydrogenation of Hexenes and in Isotopic Exchange; IX. The Nature of Active Sites.
X. Chemical MechanismAppendix A. Spectra of Chromias; Appendix B. Impurities in Chromia; References; Chapter 2. Correlation among Methods of Preparation of Solid Catalysts. Their Structures, and Catalytic Activities; I. Introduction; II. Traditional Methods of Preparatiori of Supported Nickel Catalyst; III. Superhomogeneous Coprecipitation (SHCP) Method; IV. Cation-Exchange Method; V. Palladium on Aluminosilicate by Complex-Ion Exchange; VI. Palladiurn on Active Charcoal; VII. Nickel-Phosphorus Alloy; VIII. Conclusion; References; Chapter 3. Catalytic Research on Zeolites; I. Introduction.
II. Determination of the Catalyst Stability on DehydrationIII. Kinetic Studies on the Nature of Cracking Sites; IV. Experimentation; V. Experimental Results; References; Chapter 4. Catalysis by Supported Metals; I. Introduction; II. Interaction between Metal and Support; III. Surface Area of the Metal; IV. Structure-Insensitive or Facile Reactions; V. Structure-Sensitive or Demanding Reactions; VI. Conclusion; References; Chapter 5. Carbon Monoxide Oxidation and Related Reactions on a Highly Divided Nickel Oxide; I. Introduction; II. Preparation and Properties of a Highly Divided Nickel Oxide.
III. Chemisorptions on Pure Nickel OxideIV. Surface Interactions betwen Gases and Adsorbed Species; V. Room-Temperature Oxidation of Carbon Monoxide; VI. Room-Temperature Oxidation of Carbon Monoxide on Doped Nickel Oxides; VII. High-Temperature (200�) Oxidation of Carbon Monoxide on Nickel Oxide; VIII. Decomposition of Nitrous Oxide on a Highly Divided Nickel Oxide at 250�; IX. Conclusions; References; Chapter 6. Acid-Catalyzed lsomerization of Bicyclic Olefins; I. Introduction; II. Experimental; III. Isomerizations in the C8H12 Series; IV. Isomerizations in the C9H14 Series.
v. Isomcrizations in the C10H16 SeriesVI. Discussion; References; Chapter 7. Molecular Orbital Symmetry Conservation in Transition Metal Catalysis; I. Introduction; II. Cycloaddition Reactions; III. Electrocyclic Reactions; IV. Sigmatropic Transformations; V. Summary and Conclusions; References; Chapter 8. Catalysis by Electron Donor-Acceptor Complexes; I. Introduction; II. EDA Complexes of Phthalocyanines; III. Anthracene-Sodium Complexes; IV. Catalytic Hydrogenation over EDA Complexes; V. EDA Complexes with Organic Electron Donors; VI. Photocatalysis over EDA Complexes; References.
Front Cover; Advances in Catalysis and Related Subjects, Volume 19; Copyright Page; Preface; Aleksei Aleksandrovitch Balandin (1898-1967); Contents; Contributors; Contents of Previous Volumes; Chapter 1. Modern State of the Multiplet Theory of Heterogeneous Catalysis; I. Fundamentals of the Theory and Structural Factors in Heterogeneous Catalysis; II. Energetic Factors in Heterogeneous Catalysis; III. Conclusion; References; Chapter 2. The Polymerization of Olefins by Ziegler Catalysts; I. The Mechanism of Polymerization; II. The Kinetics of Polymerization.
III. The Transfer of the Olefin from the Gas Phase to the CatalystIV. Molecular Weight Distribution; References; Chapter 3. Dynamic Methods for Characterization of Adsorptive Properties of Solid Catalysts; I. Literature Survey; II. Introduction; III. The Response of an Assembly of Surfaces; IV. The Apparatus; V. Frequency Response Data; VI. Sequence of Frequency Response Experiments; VII. Calculation and Resolution of Individual Adsorption Phenomena-Conversion of Amplitude Ratio (AR) and Phase-Lag Terms to their I Forms; VIII. Interpretation of Experimental Data.
IX. Design of Experiments and Choice of a Real Catalyst SystemX. Physical Limitations of the Apparatus; XI. Potential Usefulness of the Technique; XII. Conclusions; Appendix A. Direct Computation of Distribution; Apprindix B. The Response of a Uniform Surface; Appendix C. The Response of a Uniform Surface in Complex Notation; Appendix D. Computations from the Data; Appendix E. Mercury Column Damping; Appendix F. Heat-Transfer Lags; Appendix G. Theoretical Error Determination; References; Chapter 4. Enhanced Reactivity at Dislocations in Solids; I. Introduction; II. Properties of Dislocations.
III. Experimental Methods of Detecting and Identifying DislocationsIV. Specific Examples of Enhanced Reactivity at Dislocations; References; Author Index; Subject Index.
Cover; Copyright; Contributors to Volume X; Preface; Walter G. Frankenburg 1893-1957; Vasili Ilyich Komarewsky; Contents; Chapter 1. The Infrared Spectra of Adsorbed Molecules; I. Introduction; II. Chemisorption on Supported-Metal Samples; III. Chemisorption on Acidic Oxides; IV. Spectra of Adsorbed Water and Surface Hydroxyl Groups on Nonacidic Oxides; V. Infrared Spectra of Physically Adsorbed Molecules; VI. The Pressed-Salt Method for Obtaining Spectra of Adsorbed Molecules; VII. Spectra of Molecules Adsorbed on Unsupported Metals; VIII. Conclusion; References.
Chapter 2. The Influence of Crystal Face in CatalysisI. Introduction; II. Factors to be Considered in Developing a Theory of the Influence of Face; III. The Single-Crystal Method of Studying Surface Reactions; IV. Results; V. Discussion; References; Chapter 3. The Nature of Active Centers and the Kinetics of Catalytic Dehydrogenation; I. Quasi-Homogeneous Surfaces; II. Flow Method Kinetics; III. Experimental Results on Dehydrogenation; IV. Discussion of Results and the Multiplet Theory; V. Summary; References.
Chapter 4. The Structure of the Active Surface of Cholinesterases and the Mechanism of Their Catalytic Action in Ester HydrolysisI. Introduction; II. Enzyme Sources; III. Methods; IV. Catalytic Effects of Cholinesterases; V. Mechanism of Hydrolysis by Cholinesterases; VI. Structure of the Esteratic Site; VII. The Anionic Sites in the Active Centers of Cholinesterases; VIII. Concluding Remarks; References; Chapter 5. Commerical Alkylation of Paraffins and Aromatics; I. Introduction; II. Sources of Feed Stock; III. Basic Factors in Alkylation; IV. Alkylation Reactions; V. Alkylation Processes.
VI. Materials of ConstructionVII. Future Outlook for Alkylation; References; Chapter 6. The Reactivity of Oxide Surfaces; I. Introduction; II. Experimental Method; III. Exchange Kinetics; IV. Interactions between Oxygen and Oxide Surfaces; V. Exchange Reactions of CO and CO2; VI. Application to Catalytic Reactions; References; Chapter 7. The Structure and Activity of Metal-on-Silica Catalysts; I . Introduction; II. Texture and Structure of Ni"SiO2 Catalysts; III. The Adsorption Bond and the Statistical Thermodynamics of the Adsorption Data; IV. The Catalytic Activity of Ni"SiO2 Catalysts.
V. Some Properties of Other Metal-SiO2 CatalystsReferences; Author Index; Subject Index.
Front Cover; Advances in Catalysis, Volume 22; Copyright Page; Contents; Contributors; Preface; Chapter 1. Hydrogenation and Isomerization over Zinc Oxide; I. Introduction; II. The Active Sites; III. Mechanism of Ethylene Hydrogenation; IV. Reactions with Propylene; V. Reactions of Butene; VI. Reactions of Acetylenes; VII. Concluding Remarks; References.; Chapter 2. Chemisorption Complexes and Their Role in Catalytic Reactions on Transition Metals; I. Introduction; II. General Formation of the Problem; III. Chemisorption Complexes; IV. Characterization of the Metal Surfaces.
V. Concluding RemarksReferences; Chapter 3. Influence of Metal Particle Size in Nickel-on-Aerosil Catalysts on Surface Site Distribution, Catalytic Activity, and Selectivity; I. Introduction; II. Statistics of Surface Atoms and Surface Sites; III. Infrared Studies on the Adsorption of N2, CO, and CO2; IV. Deuteration and Exchange of Benzene; V. Conclusions; VI. Preparation and Characterization of Catalysts; References; Chapter 4. Adsorption and Catalysis on Evaporated Alloy Films; I. Introduction; II. Preparation of Alloy Films; III. Characterization of Alloy Films.
IV. Adsorption and Catalysis on Alloy FilmsV. Conclusions; References; Chapter 5. Heat-Flow Microcalorimetry and Its Application to Heterogeneous Catalysis; I. Introduction; II. Principle of Heat-Flow Calorimetry; III. Some Heat-Flow Microcalorimeters That Can Be Used in Heterogeneous Catalysis Research; IV. Theory of Heat-Flow Calorimetry; V. Analysis of the Calorimetric Data; VI. Measurement of the Differential Heats of Gas-Solid Interactions; VII. Applications of Heat-Flow Microcalorimetry in Heterogeneous Catalysis; VIII. Conclusions; References.
Chapter 6. Electron Spin Resonance in CatalysisI. Introduction; II. The Theoretical Basis; III. Experimental Considerations; IV. Applications; References; Appendix A : Quantum Mechanics for Spin Systems . .; Appendix B: Determination of Energy Levels from the Spin Hamiltonnian; Appendix C: The g Tensor; Appendix D : The Hyperfine Tensor; Author Index; Subject Index; Contents of Previous Volumes.

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Publication Date: 1948-70.