Contrast enhancement and phase conjugation low-power optical signal in dynamic recording material based on bacteriorhodopsin

机译：基于细菌的动态记录材料中的对比增强和相位共轭低功率光信号

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Polymer films with fragments of the purple membranes containing protein bacteriorhodopsin (BR) have been used for the real-time optical information processing of low-power (several milliwatt) cw gas laser signals. The nonlinear recording media with BR have a potential in microscopic techniques for in-vivo diagnosis of the crystalline lens.

机译：具有含有蛋白质Bacteriorhodopsin（BR）的紫色膜的片段的聚合物膜已被用于低功率（几毫米）CW气体激光信号的实时光学信息处理。具有BR的非线性记录介质具有用于晶体透镜的体内诊断的微观技术的潜力。

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《Conference on microscopy, holography, and interferometry in biomedicine》|1994年||共8页
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Ellen Y. Korchemskaya; Marat S. Soskin; Tatjana V. Dukova; Nicolai N. Vsevolodov;
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中图分类光学仪器;
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4. Contrast enhancement and phase conjugation low-power optical signal in dynamic recording material based on bacteriorhodopsin [C] . Ellen Y. Korchemskaya, Marat S. Soskin, Tatjana V. Dukova, Conference on microscopy, holography, and interferometry in biomedicine . 1994

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5. The Use of Signal Phase in Dynamic Contrast-Enhanced Magnetic Resonance Imaging. [D] . Foottit, Claire B. 2010

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Contrast enhancement and phase conjugation low-power optical signal in dynamic recording material based on bacteriorhodopsin

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