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Study of Void Fraction Measurement in a Two Phase Flow by Using Differential Pressure and Electrical Capacitance Tomography

机译:利用差压和电容层析成像技术测量两相流中空隙率的研究

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This experimental study uses Electrical Capacitance Tomography (ECT) technique for measuring the void fraction in two phase bubble flow regime. Void fraction was measured by using differential pressure calculations in a vertical fluid column (ECT sensor) with inner diameter 4.93 cm and height 40.996 cm. The online ECT sensor also measures the raw capacitance and voltages of the flow by varying the flow rates of deionized water and air. In this way different flow regimes were established in the test rig which is further modeled and analysed by using MS Excel / MATLAB. The proposed study is to measure the void fraction in a bubble flow regime of a two phase flow using differential pressure (delta p) and ECT.
机译:这项实验研究使用电容层析成像(ECT)技术来测量两相气泡流动状态下的空隙率。通过在内径为4.93 cm,高为40.996 cm的立式流体柱(ECT传感器)中使用差压计算来测量空隙率。在线ECT传感器还通过改变去离子水和空气的流量来测量流量的原始电容和电压。通过这种方式,可以在测试设备中建立不同的流态,然后使用MS Excel / MATLAB对其进行进一步建模和分析。拟议的研究是使用差压(delta p)和ECT测量两相流气泡流动状态下的空隙率。

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