Applications of Organic and Polymer Nonlinear Optical Materials in Optics Computations

Organic and polymer nonlinear optical materials have good properties in optics, structure, and mechanics. At present, such materials are undergoing rapid development. This article emphasizes presenting some typical organic and polymer nonlinear optical materials, describes the optical bistability de...

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Hauptverfasser:	Sun, Maocong, Ji, Suling, Li, Chunfei
Format:	Report
Sprache:	eng
Schlagworte:	AROMATIC HYDROCARBONS CHINA CHINESE LANGUAGE COMPARISON COMPUTATIONS ELECTROOPTICS FABRY PEROT INTERFEROMETERS FOREIGN REPORTS LIGHT MODULATORS LIGHT SCATTERING LIQUID CRYSTALS NONLINEAR OPTICS OPTICAL MATERIALS OPTICAL SWITCHING OPTICAL WAVEGUIDES Optics Organic Chemistry ORGANIC MATERIALS POLARIZATION POLYDIETHINE Polymer Chemistry POLYMERS REFRACTIVE INDEX SEMICONDUCTOR DEVICES SILICON SPATIAL DISTRIBUTION THIN FILMS TRANSLATIONS
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Beschreibung
Zusammenfassung:	Organic and polymer nonlinear optical materials have good properties in optics, structure, and mechanics. At present, such materials are undergoing rapid development. This article emphasizes presenting some typical organic and polymer nonlinear optical materials, describes the optical bistability devices, optical power restraining units, spatial optical modulators, and optical waveguides fabricated from these materials. By comparing the organic crystals and semiconductor devices of the same categories, the article reports on the potential priorities and application prospects in the field of optics computations by using these organic and polymer nonlinear materials. (AN) Trans. of Wuli (China) v20 n6 p361-365, Jun 91.