Fire Resistant and Thermally Stable Materials Derived from Chlorinated Polyethylene

Cover
Half Title
Series Page
Title Page
Copyright Page
Table of Contents
Author Affiliation
Preface
Introduction
1: Combustion of Polymeric Materials and Methods to Reduce It: the Mechanism of Fire and Heat Shield Covers
2: Investigation Methods for Are and Heat Shield Materials and Covers Based on Them
3: Chlorinated Polymers as the Base for Materials with Reduced Combustibility
	3.1: Current State of Chlorinated Polyolefins Production and Application
		3.1.1: Chlorination Methods
		3.1.2: Structure and Properties
4: Vulcanization
	4.1: Vulcanization Effect on Physical and Mechanical Properties and Stability of Materials
	4.2: Study of Vulcanization Mechanism and the Effect of Fillers
5: Fillers
	5.1: Inorganic Fillers and Their Function in Decreasing Combustibility
	5.2: Organic Compounds Increasing Fire Shield Properties of Materials
	5.3: Combustion Decelerators: Operation Mechanism and Injection Methods
	5.4: Methods of Antipyren Injection into Materials
	5.5: Application of Phosphorus-containing Compounds on the Silicon Dioxide Surface from the Liquid Phase
	5.6: Obtaining of Phosphorus-containing Silica Filler by Mechanochemical Method
	5.7: Study of Biological Activity of Phosphorus-containing Silicon Dioxides
	5.8: Study of Fire and Heat Shield Properties of Materials Filled with Modified Silicon Dioxide
6: Plasticizers
	6.1: Influence of Plasticizers on Glass Transition Temperature and Flow Rate of Polymers
	6.2: Classification of Plasticizers
	6.3: Selection of Plasticizers
		6.3.1: Miscibility of Plasticizers with Polymers
		6.3.2: Plasticizer Effect on Mechanical, Fire and Heat Shield, and Electrical Properties of Composite Materials
7: Tests of Materials: Study of Operation Mechanism at High-Temperature Influence
	7.1: Coke Formation as the Investigation Method of Fire and Heat Shield Materials and Covers
	7.2: The Role of Intumescence in the Problem of Fire Protection of Polymers
		7.2.1: Intumescence Chemistry
		7.2.2: Protection Through Intumescence
		7.2.3: The Role of Ammonium Polyphosphates in Protection of Polymers from Fire
8: Development of Fire and Heat Shield Materials
9: Climatic Natural and Artificial Aging of Materials
10: Multilayer Materials for Increasing Efficiency of Covers
	10.1: Materials with Surface Reinforcement
	10.2: Heat-Accumulating Materials in Cover Compositions
	10.3: Estimation of Thermophysical Properties of Heat-Accumulating Materials
11: Tests of Materials as Covers for Flight Information Recorders Under Conditions Modeling an Accident
Conclusion
References
Subject Index