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1·By loading several Wells LWD data and run the program, get good results.

通过加载多口井的随钻测井数据运行程序，得到了较好的效果。

2·Mud positive pulse generator is the core accoutrement of MWD and LWD system.

泥浆式正脉冲发生器是目前MWD无线随钻系统、LWD无线随钻系统的核心装备。

3·A low power design method with underground sensors used in LWD system is presented.

提出了随钻测井系统井下传感器的一种低功耗设计方法。

4·Geosteering drilling in horizontal well by logging is an important application of LWD.

水平井钻井的地质导向是随钻测井的重要工程应用。

5·The compensated wave resistivity logging is a resistivity measurement of Halliburton′s LWD.

补偿波电阻率测井是哈里伯顿公司随钻测井仪器LWD的电阻率测井项目。

6·Comparing with wireline logging, although LWD has many advantages, it is still affected by the environmental factors.

与电缆测井相比，尽管随钻测井具有诸多优点，但仍然要受其环境因素的影响。

7·Since it can acquire real-time stratigraphic information, LWD is of significance to formation evaluation and geosteering.

由于随钻测井能够实时获得地层信息，随钻测井对于地层评价和地质导向具有重要意义。

8·The circuit and software design on control and data process system of acoustic LWD(Logging While Drilling) tool was introduced.

介绍了国外测井公司近年来推出的多种随钻测井仪器的特点、结构组成及工作参数。

9·It also introduces typical structure and function of several geological parameter measurement sensors and logging sensors in LWD at the former base.

在此基础上，介绍了LWD的几种地质参数测量传感器和录井传感器的典型结构和功能。

10·Currently, LWD has become one of the primary oilfield engineering service technologies, its amount of jobs and business revenue are increasing fast.

随钻测井已成为油田工程技术服务的主体技术之一，其业务收入和工作量快速增长。