some_origins_of_multiexponetial_decays_for_single_dyes
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A situation like this may occur with molecules dissolved in an aprotic but hygroscopic media, like acetonirile. Water molecules may diffuse (diffusion happens in the nanosecond time scale) and react with fluorophores bearing proton-transfer groups like -OH or -NH2. | A situation like this may occur with molecules dissolved in an aprotic but hygroscopic media, like acetonirile. Water molecules may diffuse (diffusion happens in the nanosecond time scale) and react with fluorophores bearing proton-transfer groups like -OH or -NH2. | ||
- | //Case D) Interconversion rate constants | + | //Case D) Interconversion rate constants |
This situation may happen if compounds A and X were directly in contact prior to excitation, for example throgh ground-state interactions. | This situation may happen if compounds A and X were directly in contact prior to excitation, for example throgh ground-state interactions. |
some_origins_of_multiexponetial_decays_for_single_dyes.txt · Last modified: 2019/03/19 12:31 by oschulz