A three-electrode system had been set up for the HO production,in which graphite,Pt and saturated calomel electrode were建立了以石墨碳棒为阴极,Pt为阳极,饱和甘汞电极为参比电极,NaSO为支持电解质溶液的HO制备三电极体系。
At PH .0and with 0.0M potassium dihydrogen phosphate as the base electrolyte, the peak current at+0.00V versus a saturat在PH.0时,用0.0M磷酸二氢钾作基底电解质,在简单水溶液中,浓度范围为×0~(-?) —.×0~(-)M,在+0.00V(相对于饱和甘汞电极)时,峰电流线性升高.
The cyclic voltammograms of electrode prepared by the nano-MnO_ powder show good capacitive performance between 0. V an在mol/L的(NH)SO电解 液中,在电位范围(以饱和甘汞电极为参比电极)为0.～0.7V的三电极体系中,通过循环伏安曲线考察了电极的电容性能。
The electrochemical capacitor with the high electrochemical activity sample as active material has the specific capacita用这种高电化学活性的纳米MnO 制成电化学电容器的电极 ,在 0 .mol/LNa SO溶液中 ,0～ 0 .8V饱和甘汞电极 (SCE)的电位范围内 ,比容量可达 77.F/g。
and saturated calomel electrode as reference electrode. Results The outer diameter of the biosensor is 0 mm.果 传感器的外径可小至 0 mm ,实现工作电极、参比电极和辅助电极一体化。