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Visible Light Induced Catalytic Water Reduction without an Electron Relay

机译:无需电子继电器的可见光诱导的催化减水

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Protons from water are reduced by a catalytic system composed of a heteroleptic iridium(III)photosen-sitizer [Ir(ppy)2(bpy)]~+,platinum catalyst,and sacrificial reductant.The hydrogen quantum yield reaches 0.26 in this study,which proceeds via reductive quenching of the excited photosensitiz-er by triethanolamine.This simplified approach allows the characterization of degradation products that are otherwise obscured in more complex systems.A novel 16-well setup for parallel kinetic analysis of H2 evolution enables high-throughput screening of reaction conditions and quantization of the decaying reaction rate.DFT calculations rationalize the differences between this and previous studies on tris-diimine ruthenium(II)photosensitizers.
机译:水中的质子通过由铱(III)光敏剂[Ir(ppy)2(bpy)]〜+,铂催化剂和牺牲性还原剂组成的催化体系还原。在这项研究中,氢量子产率达到0.26,它通过三乙醇胺对激发的光敏剂进行还原淬灭而进行。这种简化的方法可以表征降解产物,而这些降解产物在更复杂的系统中会被遮盖。新颖的16孔设置可对H2的释放进行并行动力学分析,从而实现高通量筛选DFT计算合理化了本研究与以前关于tris-diimine钌(II)光敏剂研究的差异。

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