CAJ | 학술논문

为了有效应用声学技术在油田注水井声波测井、远程通信、故障监测等方面开展研究工作，在江汉油田实地进行了注水井噪声环境的构建和计算机仿真。首先分析了油田注水井的结构，在掌握结构构建的基础上研究了注水井的噪声环境建模，仿真实验于江汉油田某油井的三个油层选点实地进行，得到了注水井噪声环境波形构成，并做了结果分析。研究成果为在下一步开展油田注水井及管道的水下声通信研究工作奠定基础。
위료유효응용성학기술재유전주수정성파측정、원정통신、고장감측등방면개전연구공작，재강한유전실지진행료주수정조성배경적구건화계산궤방진。수선분석료유전주수정적결구，재장악결구구건적기출상연구료주수정적조성배경건모，방진실험우강한유전모유정적삼개유층선점실지진행，득도료주수정조성배경파형구성，병주료결과분석。연구성과위재하일보개전유전주수정급관도적수하성통신연구공작전정기출。
For the further research of the oil field water injection wall domain such as acoustic wave well test, long-dis-tance communication, fault detection with the acoustic technology. The water injection surrounding noise modeling was structured and simulated in the Jianhan oil field. The structure of water injection well was analyzed firstly. the noise source of the well was studied and structured based on the before study. The simulation experiment was carried out on 3 different plots from different oil rocks in Jianghan oil field, the noise environment modeling was got finally and the result was analyzed also. The research result make the fundament for the next further research of underwater acoustic communi-cation the injection well.