一、在一个大气压情况下,气液混合比以7～8范围内较合适。二、在既定的气液混合比下,需有一个极限的最小电解液流量,只有这样,气液混合比大小才能对提高加工精度和加工稳定性起决定性作用。电解液的最小流量可按下式计算:Q_液=m·q 液·F_(最大)式中,q 液——称为“液密”。即锻模进入全面加工时,单位面积上分摊到的电 First, under the condition of an atmospheric pressure, the gas-liquid mixing ratio is more suitable within the range of 7 to 8. Second, in the given gas-liquid mixing ratio, there must be a limit of the minimum electrolyte flow, the only way to improve the processing accuracy and stability of the mixture played a decisive role. The minimum electrolyte flow rate can be calculated as follows: Q_ liquid = m q liquid F_ (maximum) Where q liquid - known as “liquid-tight.” That is, forging die into full processing, the unit area allocated to the electricity