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MOLECULAR AND POLYMERIC OPTOELECTRONIC MATERIALS 1
MOLECULAR AND POLYMERIC OPTOELECTRONIC MATERIALS II
DEVICES AND APPLICATIONS OF THE NEW MATERIALS
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Ak/K applications approximation barbituric acid beam behavior birefringence characterization Chem CLC mirror coefficient conjugated dephasing diacetylene dielectric constant diffraction dopant effect electric field electro-optic electronic energy excited exciton experimental fabrication Figure fluorescein fracture frequency function glass hyperpolarizability incident incoherent light induced intensity Kerr effect laser layer LC mixtures Lett linear liquid crystalline local-field measured molecular molecules monolayer monomer nematic liquid crystal nonlinear absorption nonlinear optical nonlinear optical materials observed obtained optical bistability optical nonlinearity Optical power limiting organic and polymeric organic materials orientation output parameters PBTB phase Phys Pockels Pockels effect polarizability polarization poled polydiacetylene polymer polymer films probe Proc pulse pump Raman reflectivity refractive index resonator response sample second harmonic shown in Fig signal solid solution spatial light modulator SPIE structure substrate surface technique tensor thermal thickness threshold transition voltage wave waveguide wavelength