Research Catalog

Title

Zeolite, clay, and heteropoly acid in organic reactions / by Yusuke Izumi, Kazuo Urabe, and Makoto Onaka.

Author

Izumi, Yūsuke, 1935-

Publication

Tokyo : Kodansha ; Weinheim ; New York : VCH, ©1992.

Items in the Library & Off-site

Details

Additional Authors

• 卜部, 和夫, 1947-
• Urabe, Kazuo, 1947-
• 尾中, 篤, 1952-
• Onaka, Makoto, 1952-

Description

viii, 166 pages : illustrations; 25 cm

Subject

• Catalysis
• Organic compounds > Synthesis
• Tonmineral
• Heteropolysäuren
• Katalysator
• Zeolith
• Organische Synthese
• Réactions chimiques
• Composés organiques > Synthèse
• Catalyse
• Zéolites
• Catalyseurs à base d'argile

Bibliography (note)

• Includes bibliographical references and index.

Contents

• Ch. 1. Organic Synthesis on Silicate Surfaces. 1.2. Organic Reactions on Zeolite. 1.2.1. Reactions Promoted by Acid and Base Dual Sites of Zeolite. 1.2.2. Zeolite as a Reagent Support. 1.2.3. Zeolite as a Rigid Macroligand to Transition Metals. 1.3. Organic Reactions on Clay Montmorillonite. 1.3.1. Aldol Reactions. 1.3.2. Michael Addition Reactions. 1.3.3. Additions of Ester Enolates to Ynoates. 1.3.4. Other Carbon-Carbon Bond-forming Reactions -- Ch. 2. Clay as Potential Catalyst Material. 2.2. Clay Compounds as Inorganic Polymers. 2.2.1. Structure and Composition. 2.2.2. Various Clays to Extend Catalytic Functions. 2.3. Catalytic Efficiency-determining Factors of Clay. 2.3.1. Particle Size. 2.3.2. Cation-exchange Capacity. 2.3.3. Position of Isomorphous Substitution. 2.4. New Catalytic Aspects of Synthetic Clays. 2.4.1. House-of-cards Aggregates. 2.4.2. Fixation of Exchangeable Cations. 2.4.3. Incorporation of Metal into Clay Lattices -- Ch. 3. Heteropoly Acid as Multifunctional Catalyst.
• 3.2. Fundamental Chemistry of Heteropoly Acid. 3.2.1. Structures. 3.2.2. Properties. 3.2.3. Synthesis and Identification. 3.2.4. Interaction with Organic Substances. 3.3. Acid Catalysis. 3.3.1. Liquid-phase Homogeneous Reactions. 3.3.2. Liquid-phase Heterogeneous Reactions. 3.3.3. Vapor-phase Heterogeneous Reactions. 3.4. Oxidation Catalysis. 3.4.1. Vapor-phase Oxidation Reactions. 3.4.2. Liquid-phase Oxidation Reactions. 3.5. Modifying Functions of Heteropoly Anion on Transition Metal Catalysis. 3.5.1. Hydrogenation by Heteropoly Anion -- Transition Metal Catalysts. 3.5.2. Oxidation by Heteropoly Anion -- Transition Metal Catalysts. 3.5.3. Other Reactions by Heteropoly Anion -- Transition Metal Catalysts.

ISBN

• 1560817003
• 9781560817000
• 3527290117
• 9783527290116
• 4062057522
• 9784062057523

LCCN

92030118

OCLC

• ocm26400424
• 26400424
• SCSB-1982623

Owning Institutions

Princeton University Library