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1)加工间隙对气液混合比的影响: 理论和实践证明,加工间隙大小将直接影响间隙内的流场分布(指间隙内电解液的压力和流速分布情况)。表一所示是加工间隙与电解液的压力梯度和流速的关系。(电解液的密度是1克/厘米~3,粘度为1×10~(-2)/秒)。
1) The effect of machining gap on gas-liquid mixing ratio: Theory and practice have proved that the machining gap size will directly affect the flow field distribution in the gap (refer to the electrolyte pressure and flow velocity distribution in the gap). Table 1 shows the relationship between process gap and electrolyte pressure gradient and flow rate. (The density of the electrolyte is 1 g / cm 3, the viscosity is 1 × 10 -2 / sec).