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Blue-to-UVB Upconversion, Solvent Sensitization and Challenging Bond Activation Enabled by a Benzene-Based Annihilator
Angewandte Chemie International Edition ( IF 16.1 ) Pub Date : 2022-11-18 , DOI: 10.1002/anie.202215340
Till J B Zähringer 1 , Julian A Moghtader 1 , Maria-Sophie Bertrams 1 , Bibhisan Roy 2 , Masanori Uji 2 , Nobuhiro Yanai 2 , Christoph Kerzig 1
Angewandte Chemie International Edition ( IF 16.1 ) Pub Date : 2022-11-18 , DOI: 10.1002/anie.202215340
Till J B Zähringer 1 , Julian A Moghtader 1 , Maria-Sophie Bertrams 1 , Bibhisan Roy 2 , Masanori Uji 2 , Nobuhiro Yanai 2 , Christoph Kerzig 1
Affiliation
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Blue-to-UVB photon upconversion (UC) enabled by a benzene-based annihilator is presented for the first time. The annihilator's unprecedented singlet-excited energy of 4.15 eV was successfully employed to activate inert carbonyls via a subsequent FRET energy transfer. This UC-FRET reaction scheme was directly monitored by laser techniques and exploited in lab-scale NMR experiments demonstrating its potential in light-to-chemical energy conversion.
中文翻译:
由苯基歼灭剂实现的蓝色到 UVB 上转换、溶剂敏化和具有挑战性的键激活
首次提出了由基于苯的歼灭剂实现的蓝色到 UVB 光子上转换 (UC)。歼灭剂前所未有的 4.15 eV 单线态激发能量被成功用于通过随后的 FRET 能量转移激活惰性羰基。这种 UC-FRET 反应方案由激光技术直接监测,并在实验室规模的核磁共振实验中得到利用,证明了它在光能到化学能转换方面的潜力。
更新日期:2022-11-18
中文翻译:
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由苯基歼灭剂实现的蓝色到 UVB 上转换、溶剂敏化和具有挑战性的键激活
首次提出了由基于苯的歼灭剂实现的蓝色到 UVB 光子上转换 (UC)。歼灭剂前所未有的 4.15 eV 单线态激发能量被成功用于通过随后的 FRET 能量转移激活惰性羰基。这种 UC-FRET 反应方案由激光技术直接监测,并在实验室规模的核磁共振实验中得到利用,证明了它在光能到化学能转换方面的潜力。