Continuous logging can fill up space on the systems, causing other programs to also run out of space and fail.
持续的日志记录可能会填满系统中的空间，从而导致其他程序也耗尽空间并且执行失败。
To obtain calibrated continuous logging data from laboratory tests, static and dynamic properties of formation rock under simulated strata condition were primarily studied.
为了从室内实验结果中得到校核后的连续的测井曲线，对模拟就地应力条件下静动态岩石力学性质进行了初步的研究。
With the continuous new logging technology introduction and improvement of logging interpretation analysis, hopefully it would help to improve the accuracy and scope of azimuthal density application.
希望随着测井新技术的出现不断完善新的解释方法，以提高随钻方位密度测井的使用范围和精度。
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