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1·The result shows that ferrite has lower corrosion potential than that of austenite.

实验表明，铁素体相电位比奥氏体相电位低。

2·The reason to use pure water is to limit the corrosion potential of the coolant water during normal operation.

用纯净水的目的是为了限制日常操作中对冷却剂潜在的腐蚀。

3·The galvanic current distribution of macrocell is in good agreement with the images of corrosion potential.

宏观腐蚀电池的电流分布与腐蚀电位有密切关系。

4·Objective to evaluate corrosion potential and corrosion tendency of dental restorative alloys in common use.

目的评价口腔修复常用合金的稳态电位及其发生腐蚀的倾向。

5·The pitting corrosion potential of 316 stainless steel increases along with the ammonia nitrogen density decrease.

在模拟中水中，随着氨氮浓度的增加，316不锈钢的孔蚀电位减小。

6·Thus, corrosion resistance of stainless steels in seawater could be evaluated on the basis of corrosion potential measurements.

稳态腐蚀电位较负，其耐蚀性较差。测定不锈钢海水稳态腐蚀电位能确定它们在海水中的相对耐蚀性。

7·The effect of temperature and thermal treatment procedure on the self-corrosion potential and the hydrogen-cherged potential is studied.

研究了温度对试样自腐蚀电位的影响； 不同热处理方法对试样自腐蚀电位和析氢电位的影响。

8·They were also revealed by tafel curve test that the corrosion potential of the tinplate changes after its oxidation at high temperature.

通过对氧化前后试片极化曲线的测定，发现经高温氧化后镀锡层的稳定电位发生了变化。

9·The results show that the corrosion potential improves by 1.339 V. The self-corrosion current density decreases to 1/10 of the AZ91D alloy.

结果表明，复合涂层使基体镁合金的腐蚀电位提高了1.339 V，自腐蚀电流密度降低为基体的1/10；

10·The results indicated that with the decreasing of the porosity, the self-corrosion potential of the coatings shifted from Ecorr of Fe to Ecorr of Ni-P.

腐蚀电位-时间结果表明，两种涂层的自腐蚀电位都比基体的更正，都能起到屏蔽作用保护基体，浸泡中电位向负方向移动说明活化腐蚀过程在继续。