Immobilization of a Molecular Cobaloxime Catalyst for Hydrogen Evolution on a Mesoporous Metal Oxide Electrode
作者:Nicoleta M. Muresan、Janina Willkomm、Dirk Mersch、Yana Vaynzof、Erwin Reisner
DOI:10.1002/anie.201207448
日期:2012.12.14
Energizing Cobalt on a 3D Electrode: An optically transparent mesoporous ITO film was derivatized with the novel proton reducing cobalt catalyst [Co]. The hybrid electrode showed high current densities, and spectroelectrochemical studies and extensive surface characterization demonstrate that the immobilized molecular catalyst remained intact on the electrode when applying a low potential.
在3D电极上激发钴:用新型的质子还原钴催化剂[ Co ]衍生出光学透明的中孔ITO膜。杂化电极显示出高电流密度,并且光谱电化学研究和广泛的表面表征表明,当施加低电势时,固定的分子催化剂在电极上保持完整。