从钴镀液中添加ＷＣ微粒复合电沉积制备Ｃｏ－ＷＣ镀层，ＷＣ微粒的加入，加快了阴极电化学反应．Ｃｏ－ＷＣ复合电极在碱性溶液中具有优越的电催化析氢性能，并经受了长期间断电解的试验，电极性能稳定
Electrodepositing Co WC composite coatings from cobalt electro bath including WC particles was studied. WC particles accelerate the cathode reaction of composie electrodeposition. In alkaline solution the electrocatalytic properties of evoluting hydrogen were investigated. The results show that the properties of electrode remain superior and stable in a long term interval electrolyzing experiment.
1郭鹤桐，张三元．复合电镀．天津：天津大学出版社，1991：392～4372朱龙章，刘淑兰．Ni－WC复合电极在弱酸性介质中的析氢催性能．物理化学学报，1994，10（11）：1055～10583覃奇贤，郭鹤桐，朱丽媛．电镀Ni－MoS2复合电催化电极的研究．电镀与精饰．1986，8（3）：3～64ChiakiIwakura，NaojiFurudawa，MasashiTanaka．ElectrochemicalpreparationandcharacterizationofNi／（Ni＋RuO2）compositecoatingsasanactivecatodeforhydrogenevolution．Electrochim．Acta．1992，37（4）：757～7585MiaoHJ．PironDLComposite－coatingelectrodesforhydrogenevolutionreaction．Electrochim．Acta．1993，38（8）：1079～10856GuoHT，QinOX，MaL．Astudyofelectrodepositingcompositecatalyticelectrodes．Pro．Electrochem．Soc．1986，86（10）：219～230
