REPASSIVATION相关论文
The repassivation behavior of the single crystal of 321 stainless steel in room temperature solution of 3.5% MgC1<sub>2<......
通过电弧炉熔炼制备了3种不同成分的高熵合金Co_(1.5)CrFeNi_(1.5)Ti_(0.5)Mo_(0.1),AlCoCrFeNiSi_(0.1)和TaNbHfZrTi。并通过XRD......
针对擦伤电极技术中长期存在的擦伤过程时间相关性问题,详细分析了其物理参量(擦伤时间和擦伤速度)对无膜表面最大表观反应电流的影响......
采用快速划伤法对18-8Ti、316L不锈钢和Incoloy800合金在氯化钠溶液中的裸表面临界点蚀电位E_c进行了精确的测量。分析了金属裸表......
用一种新的擦伤电极装置来研究化学镀Ni-P合金在3.5%NaCl溶液中的再钝化行为。结果表明,Ni-P合金的再钝化动力学服从i(t)=A<sub>1</su......
通过浸泡实验及电化学方法对几种导电辊材料在间断阴极状态下的腐蚀行为进行了研究。提出了导电辊腐蚀失效的原因;探讨了其影响因素......
通过对304不锈钢在较高电位下过钝化和二次钝化的稳态过程和电化学交流阻抗(EIS)的分析,认为不锈钢过钝化和二次钝化现象与膜/溶液(f/s)界面上的电......
The effect of W on the repassivation behavior of Ni-added stainless steels was investigated with respect to the repassiv......
Repassivation Behaviour of UNS S32101 and UNS S30403 Stainless Steels after Cathodic Stripping of th
Repassivation behaviour of the passive film formed on lean duplex stainless steel UNS S32101 and austenitic stainless st......
通过实验和理论分析论述了孔蚀保护电位Ep实质上是孔内外间电流的换向电位ET。当外部电位负于ET时,流向闭塞区的电流是阴极电流,导致闭塞区......
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