本文提出了一种基于虚拟仪器技术生物废液电导率实时测量系统。
In this paper, a portable data acquisition system based on the Virtual Instrument is introduced to measure electrical conductivity.
水的电导率必须使用校准过的仪器准确测量。
Water conductivity must be measured accurately using calibrated instrumentation.
仪器采用双极性脉冲电压作为电导率测量的激励源，较好地解决高纯水电导率测量中的极化效应和电容效应对测量结果的影响。
The instrument adopts the bi-directional pulsed voltage as its exciting source, which has a better solution to the negative of capacitive and polarizational effects at the electrodes.
该仪器具有测量精度高，自动量程切换，电导率值直读显示，操作简单等优点。
The instrument has high measurement accuracy, automatic switching range, the conductivity value of direct reading, the advantages of simple operation.
讨论了半空间中均质地层电导率对仪器常数刻度值的影响。
The influence of conductivity of homogeneous formation on the calibrating value of the tool factor in half space is discussed.
同时基于虚拟仪器技术，开发出一种新型电导率测量系统。
Meanwhile, combined with Virtual Instrument technology which substitute software for some hardware circuit, a novel monitoring system for electrical conductivity is developed.
EH - 4连续电导率成像系统是新一代数字化的电磁法仪器。
EH-4 continuous conductivity imaging system is a new generation digitalized electromagnetic-method instrument.
EH - 4连续电导率成像系统是新一代数字化的电磁法仪器。
Continuous conductivity imaging system of EH-4 is the update numeral instrument with electromagnetic method.
EH - 4连续电导率成像系统是新一代数字化的电磁法仪器。
Continuous conductivity imaging system of EH-4 is the update numeral instrument with electromagnetic method.
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