1) conduction and induction electrification
感应传导带电
3) conductance sensor
电导传感器
1.
Wigner-Ville analysis of measurement fluctuating signals of conductance sensor in gas/liquid two-phase flow;
气液两相流电导传感器测量波动信号的Wigner-Ville分析
2.
For the water volume fraction measurement of oil-in-water flow,the mathematical model for the forward problem of sensitivity field in the ring-shape four-electrode conductance sensor was analyzed.
针对水为连续相条件下的油水两相流含水率测量问题,首先分析了环形四电极电导传感器敏感场正问题的数学模型。
3.
An embedded real-time microprocessor MC56F8323 is used for sampling two fluid flowing signals of conductance sensor's output, calculating cross-correlation function of these signals, and finally transferring the flowrate up to the host computer on the ground through RS485.
该仪器使用嵌入式微处理器MC56F8323来实时采集电导传感器输出的2路信号,并对它们进行互相关运算,最后将处理结果通过RS485总线传输至地面上位机。
4) conductivity sensor
电导传感器
1.
A conductivity sensors and a A/D converter are used for signal collect and change respectively,the central processing unit calculate the results then display on the 1602LCD.
该测试仪采用了接触式电导传感器与AD0804模/数转换器将所采集的模拟信号转换为数字信号,经中央处理器计算出电导率值并显示在1602LCD显示屏上。
5) induction conductivity
感应电导率
6) induced conductivity
感应导电性
补充资料：矿物感应带电
矿物感应带电
induction electrification of mineral
kuangwu gany一ng da一d一on矿物感应带电(induetion eleetrifieation ofmineral)电选作业中，使矿粒通过高压电场，受电极感应而带电的方法。矿粒进入高压电场后，导体矿物受旁边静电场的感应而带正电，被吸向带负电的负极方向，同时又受到重力和离心力的作用，最终导致导体矿粒偏离正常切线方向，落入导体矿斗中;炸导体矿物不产生感应带电，沿正常切线方向落到非导体矿斗中，(见图)从而实现分选。感应带电方法通常只适用于>0.lmm矿物的分选。细粒矿物的分子作用力大，而鼓筒转速又不能太快，无法克服分子间的作用力和矿粒粘附于鼓筒上面的各种综合作用力;若加大转速，则矿粒受到电场感应的时间又太短，也达不到分选效果。 1 止 导体矿物感应带甩及分选过程示意 l一矿斗;2一接地鼓筒;3一高压静电极;4一导体矿粒; 5一非导体矿粒 (刘永之)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条