The paper reports the results of a study of charge separation by forcing low conductivity liquids through micro-pore filters of different types and pore sizes. The influence of flItration on charging tendency of the test liquids has been studied for a range of flow rates and temperatures. The cellulose acetate cellulose nitrate Millipore filters charged the oils positively, while glass fibre Sartorius pre filters the oils negatively. The charging tendency of Norpar 15 d when the flow rate was < 6 x 10/sup -6/ m/sup 3//s). Based on the experimental results it is proposed that the charge content of the oil can be reduced by forcing the oil through defined micro-pore structure of known composition and by allowing the charged oil to relax electric relaxation chamber.
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机译：该论文报告了通过使低电导率液体通过不同类型和孔径的微孔过滤器来进行电荷分离的研究结果。对于一定范围的流速和温度，已经研究了过滤对测试液体带电趋势的影响。醋酸纤维素硝酸纤维素密理博过滤器使油带正电，而玻璃纤维赛多利斯预过滤油则带负电。当流量<6 x 10 / sup -6 / m / sup 3 // s时Norpar 15 d的充电趋势。基于实验结果，提出可以通过迫使油通过已知组成的限定的微孔结构并允许带电的油松弛电弛豫室来降低油的带电含量。
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