Chemical Physics of Pyrolysis, Combustion and Oxidation

CONTENTS: Pyrolysis And Flammability of Polyurethane: Organophilic Clay Nanocomposites; Latest Achievements in the Field of Creation of Fire-Resistant Polymeric Materials with Use Phosphorusorganic Compounds; Investigation of Influence of Phosphorus Containing Fire Retardants on the Structure, Properties and Pyrolysis of Pan Fibres; Decreasing Combustibility of Synthetic Materials; Factors Affecting Heat Release at the Combustion of the Different Species of Wood; Chlorinated Polymers as the Base For Materials with Reduced Combustibility; Thermodinamics of Pmma-Phosphate Plasticizer Systems; Interconnection Evaluation of Pyrolysis And Combustion Indicators; Intercalation Technology of Carbon-, Glass- And Basalt-Fiber-Reinforced Plastics; Modification of Wood For Combustibility Reduction; Radical (Co)Polymerisation and Properties of Methacrylic Derivative (Co)Polymers of Phosphoric Acids; Variation of Inhibited Oxidation Parameters at Melting of Polyethylene; Physical-Mechanical Properties Change in A Polyamide Filament Under Ozone Influence; Termination Reaction in the Chain Oxidation of Caprolactam; Interaction of Nitrogen Oxides With Poly(Vinylpyrrolidone) and Poly(Caproamide): Molecular And Free-Radical Products; Filler and Decreasing of Flammability of Polymer Materials; Formation Principles of Fire Proof Materials Containing Nanostructures; Foam and Coke Structure Regulation When Introducing Carbon Metal-Containing Nanostructures Into Fire Proof Intumescent Coatings; Description of Impacts on the Polymer Structure in the Framework of the Cluster Model; Atypical Behaviour Tailored Elastomeric During Burning; Synthesis And Application of the New Phosphorus Element Fire Retardants For Polymers.