Synthesis & Properties of Low- & High-Molecular Compounds

Quantitative Level

Gennady E Zaikov (Redaktør) ; Irina V Savenkova (Redaktør) ; Klara Gumargalieva (Redaktør)

The main goal of this book is to describe the synthesis and properties of low and high-molecular compounds on the quantitative level. Special attention was given to composition materials based on polymers and dispersed wood, the mechanism of HCL elimination reactions via a four-centre transition state during PVC thermal destruction, swelling of the filled polymer compositions, structure and properties of combined systems based on butadiene-nitrile and ternary ethylene-propylene elastomers, intensification mass transfer processes in fast liquid-phase chemical reactions, the examples of hetero-nanophase kinetic description of photochemical reactions, the nanometric particle-like local structures and their implications in polymer behaviour, fractal physical chemistry of polymer solutions, modification of polycyanurates by polyethers, polyesters and polyurethanes, hybrid and interpenetrating polymer networks. Les mer
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Legg i
Vår pris: 2700,-

(Innbundet) Fri frakt!
Leveringstid: Sendes innen 21 dager

Om boka

The main goal of this book is to describe the synthesis and properties of low and high-molecular compounds on the quantitative level. Special attention was given to composition materials based on polymers and dispersed wood, the mechanism of HCL elimination reactions via a four-centre transition state during PVC thermal destruction, swelling of the filled polymer compositions, structure and properties of combined systems based on butadiene-nitrile and ternary ethylene-propylene elastomers, intensification mass transfer processes in fast liquid-phase chemical reactions, the examples of hetero-nanophase kinetic description of photochemical reactions, the nanometric particle-like local structures and their implications in polymer behaviour, fractal physical chemistry of polymer solutions, modification of polycyanurates by polyethers, polyesters and polyurethanes, hybrid and interpenetrating polymer networks. This collection includes articles devoted to production of polymers, polymeric mixtures, composite and filled polymers, questions of expanding lifetime of polymeric articles, biologically active substances, modification of polymers and polymer-analogous transformations, fractal physical chemistry of polymer solutions, the study of structural transformations in polymers and some other questions. Of special attention are also production of pure substances and protection of the environment.

Fakta

Innholdsfortegnelse

Preface; Composition Materials Based on Polymers and Dispersed Wood; Mechanism of HCl Elimination Reactions Via a Four-Centre Transition State During PVC Thermal Destruction; The Nanoparticles, Possessing Low Cure Temperature, As Means of Self-Controlled Inductive Heating of Tumours; Formation of Carbon Nanostructures and Spatial-Energy Stabilisation Criterion; Evaluations of Ferrofluids Containing Photosensitiser; Development of Information Cals-Technologies in the Industry of Chemical Reagents and High-Pure Substances; Energy of Chemical Bond and Spatial-Energy Principles of Hybridisation of Atom Orbitals; Modification of Polycyanurates by Polyehters, Polyesters and Polyurethanes. Hybrid and Interpenetrating Polymer Networks; Fractal Physical Chemistry of Polymer Solutions; Functionalising of Low-Molecular, Oligomer Dienes and Olefins With S, O-Containing Compounds; On the Nanometric Particle-like Local Structures and their Implications in Polymer Behaviour; Stability to the Cracking in Active Environment of Modified Polyethylene; Initiation of Methyl Methacrilate Polymerisation with Benzoyl Peroxide - Quaternary Salts and Peroxide - 4-[4-(Dimethylamino)Styril] Pyridine and its N-Oxide; Application of Life Equations to Absorption and Chromatography, Swelling of Polymers and Diffusion; The Examples of Hetero-Nanophase Kinetic Description of Photochemical Reactions; Heterophase Supramolecualr Model Of Photochemical Transformation Of Naphthaline In Cellulose Triacetate; Intensification Mass Transfer Process in Fast Liquid-Phase Chemical Reactions; Swelling of the Filled Polymer Compositions; Structure and Properties of Combined Systems Based on Butadiene-Nitrile and Ternary Ethylene-Propylene Elastomers; Index.