1) corrosion rate
腐蚀率
1.
Growth of Phosphate Conversion Film on Magnesium and Its Corrosion Rate;
镁合金磷酸盐转化膜层生长过程及其腐蚀率
2.
The effects of these factors on density,conductivity and corrosion rate were researched.
实验结果表明:Ag含量越多,导电性越好,但腐蚀率提高;提高烧结温度或延长烧结时间,有利于提高制品的密度,但导致Ag的溢出,抗腐蚀能力下降;压制压力越大,制品的致密度、抗腐蚀能力提高;粒度组成中大颗粒尺寸不能太大,否则腐蚀率增大、电导率下降。
3.
The core of the method is to prioritize the locations of corrosion occurrence along pipeline segment based on the analysis of three factors: flow effect, traditional corrosion rate and other influencing factors.
该方法的核心是在分析流动影响、传统腐蚀率和其它腐蚀影响因素这3个因素的基础上,对管段各处腐蚀发生的可能性进行优先次序的排列。
2) corrosion rate
腐蚀速率
1.
Research on corrosion rate of sucker rod steel 20Ni2Mo in wet H_2S;
20Ni2Mo抽油杆钢在湿H_2S环境中的腐蚀速率
2.
Description of the corrosion rate of 16Mn pipeline steel in soil by using neural network;
16Mn管道钢土壤腐蚀速率描述的人工神经网络方法
3.
Effect of temperature and pressure on CO_2/H_2S corrosion rate of N80 steel;
温度和压力对N80钢CO_2/H_2S腐蚀速率的影响
3) Corrosion speed
腐蚀速率
1.
First time introduces P_(CO_2)/P_(H_2S) sub pressure to forecast model of tubing steel corrosion speed in order to find out the relation between tubing steel corrosion speed CR and CO_2 sub pressure P_(CO_2)、H_2S sub pressure P_(H_2S).
为了找出油管钢腐蚀速率CR与CO2分压PCO2、H2S分压PH2S之间的关系,首次将分压比PCO2/PH2S引入油管钢腐蚀速率预测模型,在不同分压比下,视一种气体腐蚀为主导,另一种气体腐蚀为影响因素来建立两个分模型,进而将两个分模型叠加,得到总的腐蚀速率预测模型。
4) corrosion velocity
腐蚀速率
1.
While the chipping water applied in the process of circulation cooling water, the average corrosion velocity is 0.
切粒水回用于循环水冷却水系统过程中,腐蚀速率较高,平均为0。
5) Etching rate
腐蚀速率
1.
The error of etching rate between the existing model and the experimental data increases with etching time.
本文提出了一个修正模型,在修正模型中:HF的扩散系数是浓度和温度的函数;腐蚀速率常数是温度的函数;此外还考虑了腐蚀产物对腐蚀过程的影响。
2.
To predict the etching rate accurately can not only protect the structure layer from over etching, but also save the etching time.
精确预测腐蚀速率对于避免过腐蚀和节省时间,从而提高MEMS器件加工的效率具重大意义。
3.
The effects of thickness of sacrificial layer on the etching rate are studied.
对牺牲层厚度对腐蚀速率的影响进行了详细地研究,并得到了如下结论当牺牲层厚度达到微米量级时,其腐蚀速率随着牺牲层厚度的增大而加快,但当其达到纳米量级时,由于固体表面存在的静电荷而产生双电层效应,这种效应对腐蚀速率的影响超过了牺牲层厚度的影响,最终使得腐蚀速率和牺牲层厚度无关。
6) annual corrosion rate
年腐蚀率
补充资料：平均腐蚀率
分子式：
CAS号：
性质：金属因腐蚀而失重算得的平均腐蚀率（以毫米/年计）表示相对均匀的腐蚀程度。
CAS号：
性质：金属因腐蚀而失重算得的平均腐蚀率（以毫米/年计）表示相对均匀的腐蚀程度。
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