-OXYCYCLOHEXYLPEROXIDES DECOMPOSITIONACTIVATED BY ET4N+BR-SUPRAMOLECULAR MODEL OF OXYCYCLOHEXYLPEROXIDESDECOMPOSITION ACTIVATED BY TETRAETHYLAMMONIUM BROMIDE; REFERENCES; INTERACTION OF POLYMERS WITH THENITROGEN OXIDES IN POLLUTED ATMOSPHERES; 1. INTRODUCTION; 2. INTERACTION OF NITROGEN DIOXIDE WITH POLYMERS; 2.1. Vinyl Polymers: PE, PP, PS, PMMA, PAN, PVC and PVF; 2.2. Non-Saturated Polymers; 2.3. Polyamides, Poiyurethanes, Polyamidoimides; 3. REACTION OF NITRIC OXIDE WITH POLYMERS; 4. CONCLUSION; REFERENCES; POLYMER MATERIALS WITH THE STRUCTURALINHOMOGENEITIES FOR MODERN OPTICAL DEVICES.
Text of Note
3.1. The Gamma-Radiation Method of Gradient-Formation3.2. The Disk-Like Elements with the Structural Inhomogeneity Based onPowder Materials; 3.3. Polymer Materials with the Given Gradient of Birefringence; 4. REAL APPLICATION OF POLYMER MATERIALSWITH A GRADIENT OF OPTICAL PROPERTIES1; ACKNOWLEDGMENTS; REFERENCES; EFFECT OF SOLVENT (PLASTICIZERS)ON PVC DEGRADATION; ABSTRACT; 1. EFFECT OF SOLVENT; 2. "ECHO" -- STABILIZATION OF PVC; 3. TASKS FOR A FUTURE; REFERENCES; WATERSOLUBLE POLYMERS BASED ONN, N-DIALLYL-N'-ACETYLHYDRAZINE; EXPERIMENTAL; RESULTS AND DISCUSSION; REFERENCES; INDEX.
Text of Note
ABSTRACTINTRODUCTION; 1. THE GENERAL TENDENCIES OF DEVELOPMENTOF POLYMER GRADIENT OPTICS; 2. THE POLYMER MATERIALS WITH THE GIVEN GRADIENT OFREFRACTIVE INDEX. CARRY OUT OF THE GRADIENT-FORMATIONPROCESS UNDER INFLUENCE OF VARIOUS PHYSICAL FIELDS; 2.1. Diffusion Formation of the Given Gradient of RefractiveIndex on the Spherical Surface of Sample in the Centrifugal Field; 2.2. The Forced Diffusion Under Influence of ElectrostaticField with Given Inhomogeneity and Configuration; 3. NONTRADITIONAL METHODS OF GRADIENTFORMATION ON THE BASIS OF SOLID MATERIALS.
Text of Note
ACKNOWLEDGMENTSREFERENCES; INFLUENCE HEXSAAZOCYCLANES ON AMICROSTRUCTURE OF POLYETHYLENETEREPHTHALATE; ABSTRACT; INTRODUCTION; EXPERIMENTAL PART; DISCUSSION OF RESULTS; REFERENCES; QUANTUM-CHEMICAL INTERPRETATIONOF PEROXIDES DECOMPOSITION; ABSTRACT; REFERENCES; QUANTUM-CHEMICAL INTERPRETATIONOF CARBON PYROLYSIS KINETICS; ABSTRACT; INTRODUCTION; BIBLIOGRAPHY; KINETICS OF ACTIVATED BYET4NBR-OXYCYCLOHEXYL -PEROXIDESDECOMPOSITION. SUPRAMOLECULAR MODEL; ABSTRACT; INTRODUCTION; EXPERIMENTAL; CUMENE OXIDATION INITIATION BY OXYCYCLOHEXYL PEROXIDESIN THE PRESENCE OF TETRAETHYLAMMONIUM BROMIDE.