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Experimental Research on Water-Cut Detection of Oil-Water Mixture Based on Microwave Method

机译:基于微波法的油 - 水混合物防水检测试验研究

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The temperature has violent influence on the test accuracy on the moisture content of crude oil by microwave. Establishing the affection of temperature, especially high temperature, plays an important role in improving the accuracy of detection. Indoor equipment of testing moisture content of oil-water mixture by microwave was built, which fulfill the test conditions with temperature 20? -200? and pressure 0 MPa-2.5 MPa. Then the test of oil-water mixture with different moisture content of temperature 100?-160? and pressure 1.0 MPa-1.5 MPa by microwave were completed. The results show that (1) with the moisture content of less than 10% or more than 30%, the microwave signal increases steadily with increasing temperature, and with the moisture content of 10%-30%, the microwave signal fluctuates obviously with altering temperature, (2) with the moisture content of more than 40%, the change gradient of microwave signal with moisture content slows slightly, (3) with high moisture content, the value of maximum error of the microwave signal is 65.7% compared to the room temperature test.
机译:通过微波对原油含量的测试精度产生剧烈影响。建立温度,尤其高温,在提高检测准确性方面发挥着重要作用。通过微波测试油水混合物的水分含量的室内设备,其在20℃下实现试验条件? -200?和压力0 mpa-2.5 mpa。然后用温度100℃的水分含量的水 - 水混合物试验100〜-160?通过微波炉压力1.0 MPa-1.5 MPa。结果表明,(1)水分含量小于10%或超过30%,微波信号随着温度的升高而稳定增加,并且水分含量为10%-30%,微波信号随着改变明显波动温度,(2)水分含量超过40%,微波信号的变化梯度与水分含量略微放缓,(3)具有高水分含量,微波信号的最大误差值为65.7%相比室温测试。

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