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三、研究电解液的方法如前所述,虽然改进电解液加工性能的方法很多,但最根本之点,还是用添加剂改造电解液的电化特性,以此来提高加工精度与表面完整性。因此,用什么方法研究电解液就成为各国所关心的问题。当前研究电解液的方法大致有以下几种:1.测量阳极极化曲线:过去和现在,有很多国家(如英、美、日等)试图从测量阳极极化曲线(阳极电位与电流密度的关系)入手,判别各种电解液在加工性能上存在的差别。但由于没有解决大电流密度下的测试问题,因此,迄今为止,这种努力收效不大。这里介绍美国通用电
Third, the study of the electrolyte method As mentioned above, although there are many ways to improve the processing performance of the electrolyte, but the most fundamental point, or use of additives to transform the electrochemical properties of the electrolyte, in order to improve the processing accuracy and surface integrity. Therefore, what method to study the electrolyte has become a concern of all countries. Current methods for studying electrolyte are as follows: 1. Measurement of Anodic Polarization Curves: In the past and present, many countries (such as Britain, the United States, Japan, etc.) tried to measure the anodic polarization curve (anode potential vs. current density Relationship) to start, determine the differences in the processing performance of various electrolytes. However, efforts to date have not been effective to date because they did not address the test problems at high current densities. Here to introduce the United States General Electric