Optical and Electrical Properties of Polymers: Volume 214John A. Emerson, John M. Torkelson The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners. |
Contents
DOPED POLYMERS AS THIRDORDER NONLINEAROPTICAL MATERIALS | 3 |
NONLINEAR OPTICAL PROPERTIES OF PBT IN NEMATIC SOLUTIONS | 11 |
THIRDORDER NONLINEAR OPTICAL PROPERTIES OF POLYSILANE | 17 |
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1991 Materials Research absorption spectra acid angle Appl backbone beam BFDA bipolarons birefringence bonds BTFP calculated Chem chemical chiral chiral nematic CNNB-R coefficient concentration conducting polymers Copolymer crosslinking crystals decreases density diacetylene diamine dielectric constant dielectric permittivity dispersion dopant doped films drift velocity electric field electro-optic electronic energy experimental fiber Figure fluorine frequency function increase ion fluence irradiation ISBN laser Lett Materials Research Society measurements method microwave molecular weight monomer nematic NLO moieties NLO molecules nonlinear optical nonlinear optical properties obtained oligomers P3MT peak permittivity photocrosslinkable photocurrent Phys polarization poling polyaniline polydiacetylene polyimides polymer chain polymer films polymerization Proc PVCN R₁ R₂ radiation refractive index resonance sample scan shown signal soluble solution solvents spin coating structure Symp technique temperature thermal thickness thin film triflate salts Volume waveguide wavelength