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。
A sensor in the utility model adopts a no-leakage PH composite electrode and an annular conductance electrode in which a temperature sensor is arranged.
该装置中的传感器采用无渗漏式PH复合电极和内装温度传感器的环状电导电极。
With optimized multi-electrode array conductance sensor, a two-phase flow measurement system based on DSP technique was designed.
针对优化后的纵向多极阵列电导式传感器，本文构建了基于DSP技术的两相流测量系统。
Firstly, the mixture of gold nanoparticle, carbon nanotube and chitosan was dripped on the glass carbon electrode to obtain a composite film with good conductance and high surface area.
本文将纳米金与碳纳米管共同与壳聚糖进行掺杂，制得导电性好、比表面积高的壳聚糖复合膜，并且兼具有生物兼容性好、易成膜性的优点。
The methods are as follows: spectrophotometry, turbidimetry, atomic absorption spectrometry, polarography, conductance, ion selective electrode, ion chromatography, and flow injection analysis etc.
包括：分光光度法、比浊法、原子吸收法、极谱法、电导法、离子选择电极法、离子色谱法和流动注射分析法等。
The methods are as follows: spectrophotometry, turbidimetry, atomic absorption spectrometry, polarography, conductance, ion selective electrode, ion chromatography, and flow injection analysis etc.
包括：分光光度法、比浊法、原子吸收法、极谱法、电导法、离子选择电极法、离子色谱法和流动注射分析法等。
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