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- impressed current method 外加电流法
- Excellent resistance to impressed current. 耐外加电流性能优异。
- Impressed current cathodic protection system for s. 船体外加电流阴极保护系统。
- Defines a single parameter in the current method. 在当前方法内定义一个参数。
- Gets the root lexical scope for the current method. 获取当前方法的根词法范围。
- The current method is not generic. 当前方法不是泛型。
- Our current methods of production are too expensive. 我们现今用的生产方法太花钱了。
- Defines a group of sequence points within the current method. 在当前方法内定义一组序列点。
- FEM is the main method of the current method in bellow designing. 如何设计出结构合理的波纹管以保证降噪效果具有一定的理论和实际意义。
- Not suited below deep load line in association with impressed current cathodic protection. 当装有外加电流阴极保护装置时,本品不宜涂在重载水线以下。
- Not suited for permanent immersion or in association with impressed current catholic protection. 本品不适用于长期浸泡的部位，不能与外加电流阴极保护装置接触。
- Gets the start and end positions for the source of the current method. 获取当前方法的源的起始和结束位置。
- Also for impressed current catholic protection, when the anticorrosive paint system is intact. 当防腐漆系列完整无损时，可涂布于有外加电流阴极保护装置的部位。
- Describes the chain of callers leading up to the current method call. 描述调用方链,该链最终导致当前方法调用。
- The foundation and impressed current cathodic protection (ICCP) system of large-scale storage tanks was summarized. 摘要本文介绍了大型储罐底板的基础特点及适用的阴极保护形式。
- Our Impressed Current Anti-Fouling(ICAF) system or Marine Growth Protection System(MGPS) is the best option to prevent this kind of fouling. 我们的外加电流防海生物系统(ICAF&MGPS)是控制此类海生物污染的最有效办法。
- Our Impressed Current Anti-Fouling (ICAF) system / Marine Growth Protection System (MGPS) is a guarantee to effectively prevent this kind of fouling. 我们的外加电流防海生物系统（ICAF/MGPS）能有效阻止这种海洋生物污染。
- For the corrosion prevention of marine ships, the impressed current cathodic protection (ICCP) system is preferred due to its advantages. 在船舶外加电流阴极保护系统中，辅助阳极组件是其中的关键组成部分。
- The calling convention, number and type of arguments at the destination address must match that of the current method. 位于目标地址的参数的调用约定、数目和类型必须与当前方法的这些项匹配。
- The results showed that with the increase of the impressed current the output current of the sacrificial anode was decreased, and its working potential shifted negatively. 通过电化学技术研究了外加直流电流与牺牲阳极阴极保护联合使用时,外加直流对牺牲阳极保护效果的影响。
