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本文主要针对高温观察井中光纤监测管柱在射孔时容易被损坏的问题展开研究,分析采用同位素颗粒作为标志物,通过陀螺仪、水泥密度仪的组合测井方式来测量监测管柱轨迹的具体实现方式与监测管柱轨迹的计算方法。
In this paper, we focus on the problem that the optical fiber monitoring tube column in the high temperature observation well is easily damaged during perforation. The isotope particle is used as the marker to measure the trace of the monitoring column through the combination logging method of gyroscope and cement densitometer Realization method and method of monitoring the trajectory of pipe string.