The rising of microscopic electrochemistry: “watching” the local electron transfer optically  被引量:1

The rising of microscopic electrochemistry: “watching” the local electron transfer optically

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作  者:Wei Wang 

机构地区:[1]State Key Laboratory of Analytical Chemistry for Life Science,School of Chemistry and Chemical Engineering, Nanjing University

出  处:《Science Bulletin》2015年第21期1866-1867,共2页科学通报(英文版)

摘  要:Determination of the electron transfer rate plays a central role in electrochemistry.In a typical single-electron electro-oxidation reaction(Red-e=Ox),a reactant molecule,Red,loses one electron to generate a product molecule,Ox.Traditionally,electrical signal measured by ammeter or potentiostat has been the only read-outDetermination of the electron transfer rate plays a central role in electrochemistry. In a typical single-electron elec- tro-oxidation reaction (Red - e = Ox), a reactant molecule, Red, loses one electron to generate a product molecule, Ox. Traditionally, electrical signal measured by ammeter or potentiostat has been the only read-out signal that was utilized to quantify the electron transfer rate, i.e.,

关 键 词:电子转移速率 电化学 光学 上升 微观 电子数据 氧化反应 读出信号 

分 类 号:O646.54[理学—物理化学]

 

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