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尽管录井是在钻井过程中发现油气异常、监测钻井工程、记录井下地质剖面、信息采集与分发的油气勘探作业。但随着油气勘探的深入和区域地质认识的加深,传统录井技术面临着如何为油气勘探和油气开发提供钻井安全准确预测、及时的地质导向、油气产能准确评价、油气和工程“甜点”识别评价、油气井产后产量预测等技术瓶颈,录井为油气勘探提供针对性解决方案的能力大小决定了其在油气生产中的作用。随钻测量可以获取实时、高密度、更有代表性的数据,主要有地面在线监测和地下随钻检测两种方式。由于录井的工作方式,在录井作业中应用随钻测量技术
Although logging is the discovery of hydrocarbon anomalies during drilling, monitoring of drilling operations, recording of downhole geological profiles, and exploration and acquisition of information for oil and gas exploration. However, with the deepening of oil and gas exploration and deepening of regional geological understanding, the traditional logging technology faces the problems of how to provide drilling safety accurate prediction, timely geosteering, accurate evaluation of oil and gas production capacity, oil and gas and engineering "Recognition and evaluation, production prediction of oil and gas wells and other technical bottlenecks, mud logging for oil and gas exploration to provide targeted solutions to determine the size of its role in oil and gas production. While drilling measurements can get real-time, high-density, more representative data, mainly on-line ground monitoring and underground detection while drilling two ways. Due to the well logging practices, logging while drilling techniques are used in logging operations