Perspectives on Chemical & Biochemical Physics de G. E. Zaikov

Perspectives on Chemical & Biochemical Physics

G. E. Zaikov

Scientists from the former Soviet Union share the results of their investigations into the phenomena and processes of chemical physics at the quantitative level. Topics of the 20 papers include the polymerization of fluoro(meth)acrylates used in fiber optics, the structural aspects of adhesion in particulate-filled polymer composites, the fractal analysis of macromolecules, and the theoretical prognostication of the modulus of deformation hardening in the context of the cluster model.

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Contents: Preface; Synthesis of Functional Groups Containing Organocyclosiloxanes and Copolymers on Their Base; Polyfluoro (meth) Acrylates for Fiber Optics: The Structure and Reaction Ability of Fluoro (meth) Acrylates in Radical Polymerisation and Copolymerisation with Vinyl Monomers; Kinetics of Growth of the Bacterial Strain Rhodococcus Luteus; Kinetics of Thermolysis of Nitrogen Compounds; Modes of Synthesis of Polyhydroxyether: The Fractal Analysis; Quantum Chemical Calculation of Components of Biosynthesis of Adrenaline; Analysis of Transitional Layers in Reinforced Cross-Linked Polymers; Butadiene Polymerisation in the Presence of VOCl3-dialkylmagnesium Catalytic System; Structure of Active Centres: Their Stereospecificity Distribution and Multiplicity in Diene Polymerisation Initiated by NdCl3-based Catalytic Systems; Hindered Phenols Oxidation with Air Oxygen and Role of this Process in the Mechanism of Inhibited Oxidation; Effect of Phenolic Antioxidant in Oxidation of Polyehylene and Polypropylene Ketons; Structural Aspects of Adhesion in Particulate-Filled Polymer Composites; Fractal Analysis of Macromolecules; The Fractal Analysis of Effect of Auto-Stopping of Stationary Cracks; Prognostication of Mechanical Properties of Polymers Produced from Different Solvents; The Mechanism of Structure Forming in Process of Solid-State Extrusion; The Theoretical Model of Volumetric Changes under Orientation of Polymers; The Theoretical Prognostication of the Modulus of Deformation Hardening in the Context of Cluster Model; The Description of PMMA Molecular Orientation Due to Cluster Model; Levels of Fractality in Polymers; The Comparison of Two Models of Amorphous State Structure of Polymers; The Fractality of the Fluctuation Free Volume of Glassy Polymers; Rapid Method of Estimation the Fractal Dimension of Macromolecular Coils of Biopolymers in Solution; Change of Microgels: Structure at Curing Epoxy Polymers in Fractal Space; The Fractal Analysis of Curing Processes at Epoxy Resins; Index.