Electrical, Optical and Acoustic Properties of Polymers: Papers : 1st International Conference, 5-7 September 1988, University of Kent, Canterbury, UK in Conjunction with The Marco Group (UK).Plastics and Rubber Institute, 1988 - Polymers |
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absorption amorphous applications beam behaviour birefringence cable capacitance Chem concentration conductivity conjugated copolymer corona crystalline decrease density dependence diacetylene dielectric dipole dopant doped effect elastomers electret electric field electrically charged electron energy experimental Ferroelectrics fibres Figure films filter frequency glass transition guest heating increase infra-red ladder polymers laser layer liquid crystal liquid crystal polymer material measurements mechanical mesogenic modulus molecular weight molecules monomer moulded nonlinear optical observed obtained peak permittivity phase Phys piezoelectric PMLGA polarization poling polydiacetylenes polyimide polymer chain polymerization polypyrrole polystyrene pressure properties PVDF pyroelectric pyrrole range refractive index region relaxation Research salt sample second harmonic coefficient sensors shown shows shrinkage single crystals smectic solid solution solvent spectra stress structure studied surface switching technique thermal thickness trans transition temperature traps TrFE content TrFE copolymer TSDC values Vibetek 20 voltage volume X-ray