1) Anodic polarization current
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阳极极化电流
1.
In this paper,the effect of the temperature,the anodic polarization current and the oxygenic pressure on the electricity of the high purity Zinc reference electrode in the hole-fluid of the soil was investigated by the electrochemistry rescearch methods such as polarization cure.
本文采用极化曲线等电化学方法研究了高纯锌在模拟土壤孔隙液中,温度、阳极极化电流、氧分压对锌电极电位的影响,以及XRD和失重法验证模拟土壤孔隙液试验的可行性。
2) galvanostatic anodic polarization
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恒电流阳极极化
1.
Effectiveness of a new corrosion inhibitor in simulated pore solutions and mortar specimens was investigated through potentiodynamic scan,galvanostatic anodic polarization,and weight loss.
通过动电位扫描、恒电流阳极极化和失重法评价了自制的LN有机复合型钢筋阻锈剂在模拟孔溶液和砂浆中的阻锈效果,并探讨了阻锈机理。
3) anode current
![点击朗读](/dictall/images/read.gif)
阳极电流
1.
Way of analyzing anode current state of thyristor;
![点击朗读](/dictall/images/read.gif)
分析晶闸管阳极电流动态的方法
2.
Experiments point out: the neutron yield and its stability of a MTZ-54 neutron tube come to their top when the anode current of the tube is within a certain region;and the filament voltage/current need to be decreased gradually for keeping anode current stable while environmental temperature increases gradually.
实验发现,当MTZ-54型中子管离子源阳极电流处在某一区间内时,中子产额最高且最稳定;随着环境温度的升高,保持阳极电流稳定所需要的灯丝电压和电流需逐渐减小。
4) anodic current
![点击朗读](/dictall/images/read.gif)
阳极电流
1.
Particularly, the influence of electropolymerization conditions, such assupporting electrolyte solution composition, anodic current value and applied mode, on the capacitance and dissipation factor of as-made capacitor has been discu.
研究了导电聚吡咯在多孔Ta/Ta2 O5阳极体 ( 1μF/ 16V)表面的制备方法 ,采用恒电流电聚合法在该阳极体表面沉积一层导电聚吡咯作为电解电容器的阴极 ,着重探讨了支撑电解液的组成、阳极电流的大小及其施加方式对所形成的电容器容量和损耗因子的影响 。
5) noble polarization curve
![点击朗读](/dictall/images/read.gif)
电化学阳极极化
6) anodic peak
![点击朗读](/dictall/images/read.gif)
阳极电流峰
补充资料:环状阳极极化曲线
分子式:
CAS号:
性质:钝性金属在含有氯离子的溶液中,用稳态慢速电位扫描方法,先向正电位方向,然后再向负电位方向扫描所测得的呈环状的阳极极化曲线。如图示(图暂缺)。Eb为孔蚀击穿电位,此时钝化膜开始破坏产生孔蚀;Ep为孔蚀保护电位,此时钝化膜重新愈合修补好,金属恢复钝态。这是表征金属对孔蚀敏感性的两个基本电化学参数,可评价金属的孔蚀倾向。
CAS号:
性质:钝性金属在含有氯离子的溶液中,用稳态慢速电位扫描方法,先向正电位方向,然后再向负电位方向扫描所测得的呈环状的阳极极化曲线。如图示(图暂缺)。Eb为孔蚀击穿电位,此时钝化膜开始破坏产生孔蚀;Ep为孔蚀保护电位,此时钝化膜重新愈合修补好,金属恢复钝态。这是表征金属对孔蚀敏感性的两个基本电化学参数,可评价金属的孔蚀倾向。
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