1) electrolysis-cathode-hydrogenating
阴极电解渗氢
1.
The effect of plastic deformation on the solution and escape of hydrogen in low-carbon steel has been investigated by using electrolysis-cathode-hydrogenating method the solution hydrogen can not larger the solution diffusivity and the smaller the escape diffuivity .
用阴极电解渗氢法研究了塑性变形对低碳钢中溶氢和逸氢过程的影响。
2) cathodic Hpermeation
阴极渗氢
1.
The relationship between solid solution Mg segregated on grain boundary and the content of Hpermeation in 7175 aluninium alloy under various aging conditions was studied by means of energy spectra, ion mass microprobe analysis and cathodic Hpermeation.
采用能谱,离子探针分析及阴极渗氢的方法,研究了不同时效状态下7175铝合金晶界固溶Mg偏析浓度与渗氢量的关系。
3) cathodic hydrogen charging
阴极电解充氢
1.
Effect of cathodic hydrogen charging on the ductility of steel 1Cr18Ni9Ti was investigated by means of repeated bend test.
本文采用阴极电解充氢和反复弯曲试验方法,考察了氢对1Cr18Ni9Ti钢的塑性变形能力的影响。
4) Cathodic charging
电解渗氢
5) cathodic electrolysis
阴极电解
1.
Cerium-rich conversion coatings were deposited on porous film of anodized auminoum by cathodic electrolysis in a solution containing 1 g/L CeCl 3·7H 2O and 10 ml/L H 2O 2.
通过阴极电解的方法在铝合金多孔阳极氧化膜上沉积了富铈转化膜 。
2.
Electrochemical measurements, corrosion tests, SEM and EDAX were used to investigate forming cerium conversion coatings on aluminum alloys in cerium salt solutions by cathodic electrolysis.
在铈盐溶液中用阴极电解的方法沉积铝合金铈转化膜,用电化学测试、腐蚀实验、SEM和EDAX等分析手段研究了转化膜的性能。
6) mercury cathode electrolysis
汞阴极电解
补充资料:年产电锌10万t电解车间采用1.6m~(2)大阴极电解槽
年产电锌10万t电解车间采用1.6m~(2)大阴极电解槽
年产电锌10万t电解车间采用1.6m。大阴极 电解槽
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条