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Deviation from the Forster Theory for Time-Dependent Donor Decays for Randomly Distributed Molecules in Solution

机译:从福尔斯特理论偏离时间依赖性供体衰减的溶液中随机分布分子

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We examined the time-dependent donor decays of 2-amino purine (2-APU), in the presence of increasing amounts of acceptor 2-aminobenzophenine (2-ABP). As the concentration of 2-ABP increases, the frequency-responses diverge from that predicted by Forster. The data were found to be consistent with modified Forster equations, but at this time we do not state that these modified expressions provide a correct molecular description of this donor-acceptor system. To the best of our knowledge this is the first--paper which reports a failure of the Forster theory for randomly distributed donors and acceptors.
机译:在存在增加的受体2-氨基苯并(2-ABP)的情况下,我们检查了2-氨基嘌呤(2-APU)的时间依赖的供体衰减。随着2-ABP的浓度增加,频率响应从福尔特预测的频率响应分歧。发现数据与修改的Forster方程一致,但此时我们不认为这些修改的表达式提供该供体受体系统的正确分子描述。据我们所知,这是一篇关于随机分布式捐助者和受体的福斯特理论失败的第一篇文章。

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