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Design for a new fiber optic interferometer of water cut meter in oil well logging

机译:一种新型测井含水率光纤干涉仪的设计

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With the continual advancement of oil field development, water cut is an extremely important parameter which determines the transmission characteristics of the oil production and provides a scientific basis for oil and gas optimization exploration and increase of reservoir recovery. A new water cut meter based on fiber optic interferometer is proposed, sound pressure signal on the pipe is generated when the acoustic wave is propagated in a mixture of the pipe, the fiber optic sensors wrapped closely around the outside wall of pipe is capable of sensing sound pressure signal, the use of phase-carrier technology aloud sound velocity is solved out through the method of Phase Generated Carrier(PGC)and sound pressure spectrum, then water cut can be solved according to the relationship between sound velocity and water cut.
机译:随着油田开发的不断推进,含水率是决定石油生产传输特征的极为重要的参数,为油气优化勘探和增加油藏采收率提供了科学依据。提出了一种新的基于光纤干涉仪的含水率仪,当声波在管道中传播时,管道上会产生声压信号,紧密包裹在管道外壁上的光纤传感器能够感知声压信号,通过相位产生载波(PGC)和声压谱的方法,解决了利用相位载波技术大声速的问题,然后根据声速与含水率之间的关系求解含水率。

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