New Fluorescence-Quenching Process through Resumption of PET Process Induced by Complexation of Alkali Metal Ion
摘要:
Under acidic conditions, a fluorescence-quenching process of 1 induced by selective binding of alkali metal ions was discovered. The mechanism of this new process involves alkali metal ion-induced deprotonation of the ammonium ion to trigger resumption of a fluorescence-quenching PET process.
New Fluorescence-Quenching Process through Resumption of PET Process Induced by Complexation of Alkali Metal Ion
摘要:
Under acidic conditions, a fluorescence-quenching process of 1 induced by selective binding of alkali metal ions was discovered. The mechanism of this new process involves alkali metal ion-induced deprotonation of the ammonium ion to trigger resumption of a fluorescence-quenching PET process.