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Influence of excitation energy transfer in binary solid solution of dyes on formation kinetics of photochemical light-induced gratings

机译:染料二元固溶体中激发能的转移对光化学光致光栅形成动力学的影响

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摘要

Influence of excitation energy transfer in binary solid solution (« eosin Y + rhodamine C » in gelatin) on energy yield of photoproduct and diffraction efficiency of photochemical amplitude-phase light-induced grating is investigated. It is shown, that energy values necessary for photobleaching of eosin Y in mono and binary solutions are different. Their relative energy variation lies in the range 1,1-1,9 during all exposure time. Both the yield of photoproduct and diffraction efficiency of amplitude-phase light-induced grating can serve as the indicator of excitation energy transfer.
机译:研究了二元固溶体中的激发能传递(明胶中的曙红Y +罗丹明C)对光产品的能量产率和光化学振幅相光致光栅的衍射效率的影响。结果表明,在单液和二元溶液中曙红Y光漂白所需的能量值是不同的。在所有曝光时间内,它们的相对能量变化在1,1-1,9范围内。光产品的产量和振幅相位光致光栅的衍射效率都可以作为激发能量转移的指标。

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