摘要
用恒电位扫描法(LSV)研究了八类Ti基合金阳极[纯Ti,Ti—Ni,T—Mn(涂层),Ti—Mn(合金),ti—C,Ti—B,Ti—Ni—Mo,Ti—Ni—Mo—Ar]分别在40%H_2SO_4(aq)及IM MnSO_4—0.75M H_2SO_4(aq)中的钝化行为,得到16组∮～i数据,从实验结果阐明了EMD工业中所用纯Ti阳极钝化现象的机理及Ti基合金阳极优于纯Ti阳极的依据。
Passive behavior of the Pure Ti—Anode and 7—Clasification Ti—Basi—Allowy Anode (Ti—Ni,Ti—Mn (Ⅰ. eating), Ti—Mn(Ⅱ. Allowy), Ti—C, ti—B, ti—Ni—o, Ti—Ni—Mo—Ar)in the 40%H_2SO_4 (aq) and the 1M MnSO_4—0.75M H_2SO_4solution respecfivey has been studied by the Controed potential Sweeping meyhods. The Data of 16 classificationφ～i has obtained. The passive mechanism of Pure Ti—Anode in The EMD industry and reason for the ti—Basi—Alowy Anode is superior pure Ti—Anode by the experimental data has been explained.
出处
《贵州大学学报（自然科学版）》
1995年第2期101-107,共7页
Journal of Guizhou University:Natural Sciences
关键词
阳极
电解
钝化
钛合金
二氧化锰
ti—basi—allowy anode
electrolytic manganese dioxide MnO_2
eectrolytic
controlled potential sweeping methods
pasivation
non—sloution anode
mechanism
