1) linear polarization method
线性极化法
1.
The corrosion -inhibition of GDMP was studied and evaluated by polarization curvesmeasurement and linear polarization method in synthetic cooling water systems.
利用极化法和线性极化法研究了ＧＤＭＰ（甘氨酸二甲叉膦酸）对碳钢在模拟冷却水中的缓蚀作用，结果发现ＧＤＭＰ能较好地抑制碳钢在模拟冷却水中的腐蚀，它是以抑制阳极为主的混合型缓蚀剂。
2.
The paper explores the application of the half-cell potential and the linear polarization method in the projects,and checks out some parameters of every steel bar at higher corrosion risk,including the corrosion current density and the corrosion potential,and forecasts the residual security life span of the steel bar,so as to improve the work efficiency.
探索了半电池电位法和线性极化法在工程实际中的应用,检测出有较大腐蚀风险的柱中每根钢筋的腐蚀电流密度、腐蚀电位等参数,并预测了钢筋的剩余安全使用寿命,以提高工作效率。
3.
Under accelerating corrosion method of external current,the effect of mineral admixture on the corrosion resistance by the chemical parameters tested by linear polarization method was researched,besides,the impact of mineral admixtures the chloride ion permeability was researched.
配制了不同掺合料的钢筋混凝土,在外加电流加速锈蚀方法下,通过线性极化法测得的钢筋电化学参数并结合氯离子渗透性能来评价矿物掺合料对钢筋锈蚀性能的影响。
2) linear polarization method
线性极化评定法
3) linear polarization
线性极化
1.
Linear polarization feature of geoelectric field before strong earthquakes at Tengchong station;
腾冲台强震前地电场线性极化特征
2.
The influence of concentration and temperature on the corrosion rates of carbon steel in sulfuric acid,hydrogen fluoride and the mixed acid were studied by linear polarization method.
采用线性极化法评价碳钢分浓硫酸、氢氟酸及其混酸中的腐蚀情况,讨论了不同酸性介质中温度、浓度对线性极化电阻Rp的影响规律。
3.
The corrosion inhibiting ability of WJF 1 for Polymer salt water drilling fluids was investigated by means of linear polarization, polarization curve, laboratory dynamic weight loss and field tests.
利用线性极化法、极化曲线法、室内动态挂片失重法以及现场试验 ,考察了复配缓蚀剂WJF 1对聚合物盐水钻井液的缓蚀性能。
4) Constant current linear polarization
恒电流线性极化法
5) linearized maximum-likelihood method
线性化极大似然法
6) method of polarization curve
极化曲线法
补充资料：线性极化法腐蚀速度测定
分子式：
CAS号：
性质：利用腐蚀电位附近极化电位E与极化电流I呈线性关系来测定金属腐蚀速度的方法。根据Stern-Geary方程式，在腐蚀电位Ek附近(如±lOmV内)，，即E-I曲线的斜率Rp(极化电阻)与腐蚀电流Ik呈反比。测定Rp的变化即可求出Ik的变化。如用其他方法求出常数B，即可算出腐蚀电流，从而算出腐蚀速度。该法特点为反应灵敏，不损坏电极，可用来连续在线监测腐蚀速度的变化。
CAS号：
性质：利用腐蚀电位附近极化电位E与极化电流I呈线性关系来测定金属腐蚀速度的方法。根据Stern-Geary方程式，在腐蚀电位Ek附近(如±lOmV内)，，即E-I曲线的斜率Rp(极化电阻)与腐蚀电流Ik呈反比。测定Rp的变化即可求出Ik的变化。如用其他方法求出常数B，即可算出腐蚀电流，从而算出腐蚀速度。该法特点为反应灵敏，不损坏电极，可用来连续在线监测腐蚀速度的变化。
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参考词条