Book Description:
Most developed Si−N containing oligomers and polymers are silazaneorganic oligomers and polymers − one of the applicable siliconorganic poly-functional compounds with inorganic-organic main chains. They are using for production of various important technical compositions and materials with specific properties: polymer varnishes and coatings, water-repellents, polymer ceramics and silicon-nitride fibers, etc. They also successfully used in nanotechnology and as modifiers of the other organic and element¬organic oligomers, polymers and materials on their basis. In this book are described practically important and technologically justified four methods for obtaining polyfunctional siliconorganic polymers with organic - inorganic main chains.

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Table of Contents:
Preface from Editors
Introduction

Chapter I. Development of the Chemistry of Polyfunctional Siliconorganic Compounds with Inorganic and Organic-Inorganic Main Chains pp.1-8

Chapter 2. Polymers Contained Si–N and Si–O bonds in Macro-chains pp.9-94
2.1. A Combined Polymerization Conden¬sa¬tion Process – a Nontraditional Method of Synthesis of Silicon-organic Polymers with Inorganic and Organo-Inorganic Main Chains of Macromolecules
2.1.1. Polymerization-polycondesation of silicon-nitrogen containing heterocycles with various diamines and aromatic diols
2.1.2. Catalitic Polymerization Condensation of Organocyclosiloxanes
2.1.3. Synthesis and Properties of Polyorganosilazasiloxiheteroarylens and
Polyorganosilazasiloxiazoarylens
2.1.4. Thermomechanical properties and thermostability of polymers containing simultaneously Si-N and Si-O groups5
2.1.5. Synthesis and Properties of Polysilazasiloxycarbonates
2.2. New Type Si–N Containing Polymers with Organic-Inorganic Main Chain

Chapter 3. Synthesis of Silicon-containing Soluble Polyheteroarylens
(Polyimides) Based on Silicon-organic Carbocyclic Dianhydrides and
Organoelement-and Heterocyclic Diamines pp.95-109

Chapter 4. Organosilicon Oligoarylens and Oligoheteroarylenes Based on
Diethynylsilanes and Diethynylsiloxanes p.111-122

Chapter 5. Organosilicon Carbofunctional Polymers with Organo-Inorganic Main Chains Based on Organosilicon Oligoepoxides for Materials with Specific Properties;pp. 123-158
5.1. Synthesis and use oligoorganosiloxane polyfunctional modifiers
containing hydroxy and amino groups
5.1.1. Synthesis of aminohydroxysiloxanes based on carbofunctional oligosiloxanes with terminal and side epoxy groups
5.2. Synthesis and use of carbofunctional organosiloxane co-oligomers
based on monoepoxydisiloxane
5.3. Oligosiloxaneepoxides with regular side epoxy groups based on
oligohydride siloxanes
5.4. Siliconorganic Polyepoxides with Organic-Inorganic Main Chains of Macro¬molecules Modified With Chelates

Chapter 6. Traditional and Nontraditional Areas for Application of
Polymers with Inorganic and Organic-Inorganic Main Chains pp.159-201
6.1. Use of carbofunctional polymers with terminal epoxi groups
6.1.1. Ammohydroxysiloxanes with terminal double bonds for rubber
composites and solidifiers of epoxy resins
6.2. Antibiocorrosive covers based on carbofunctional oligoisiloxanes with side methacrylic groups and biological active organic-inorganic complex compounds
6.3. Modification of properties of resin compositions and vulcanizates prepared on the basis of all-hydrocarbon elastomers by polyorganosilazasyloxyarylenes
6.4. Physical and chemical modification of oligomethylsiloxanes by
polyorgano¬silaza¬siloxiarylenes in the treatment process
6.5. Modification of Polycarbonate by polyorganosilazasiloxiarylenes pp.198-202

References pp.203-216

Index pp.217-228