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本文论述了一种有关多相流量计量的新方法。描述的分相流量计把不同的流量传感器结合起来计量气体和液体的流量，液体部分用一台微波水含量监控议来确定油和水的百分数。简要评述多相计量选用的技术和方法，为设计选择这种流量计提供了依据。把该流量计的预期性能和现场试验的评估性能和以此项。还些试验验包括各种流体特性、气隙比达到97%、0-100％的井中出水量和几何安装。现场试验和预期的准确度完全相符，对于流动的液体系说，准确度是正负读数的10％（正负满刻度的2％），对于流动的气体来说，准确度是正负读数的10％（正负满刻度的5％）。
This article discusses a new method for multiphase flow measurement. The described split-flow meter combines different flow sensors to measure the flow of gas and liquid, and the liquid section uses a microwave water content monitoring protocol to determine the percentage of oil and water. A brief review of the techniques and methods used for multiphase metrology provides the basis for the design of this type of metrology. Put the expected performance of the flow meter and field test evaluation performance and as such. Other tests include various fluid characteristics with an air gap ratio of 97%, well water output from 0-100%, and geometric installation. Field tests are exactly as expected, with accuracy of 10% of positive and negative readings (2% of positive and negative full scale) for flowing fluids, and positive and negative readings for flowing gases 10% (plus or minus 5% of full scale).