利用在电解液中混入具有一定压力的气体的方法,进行电解加工,不仅能提高加工精度,而且能简化阴极制造工艺,使电解加工向前发展了一步,尤其对精度难以掌握的型面和型腔加工,近年来得到了较好的应用。为掌握混气加工的规律性,我们和西工大一起对混气电解加工中的气液混合比、气液流量、送进速度及混合腔的结构等因素对加工精度的影响进行了试验。由于试验条件的限制,试验范围较小,试验结果也有一定的局限性,仅供参考。试验条件 Electrolytic processing by mixing a gas with a certain pressure in the electrolyte not only improves the processing accuracy but also simplifies the cathode manufacturing process and advances the electrolytic processing one step forward, especially for the surface and the type Cavity processing, in recent years has been a better application. In order to grasp the regularity of mixed gas processing, we also experimented with the XGU on the processing accuracy of gas-liquid mixing ratio, gas-liquid flow rate, feed rate and the structure of the mixing chamber in the mixed gas electrolysis process. Due to the limitations of the test conditions, the test range is small, the test results have some limitations, for reference purposes only. Test conditions