跨断层形变自动化观测技术为断层现今活动性研究、地震监测预报和工程安全评估提供了有利条件。
The technique for automatic measurement of fault deformation is of advantage to investigation in present-day fault activity, earthquake observation and prediction, and engineering safety evaluation.
低频、高孔隙度条件更有利于慢纵波的观测。
It is easy to observe slow P-wave in the condition of large porosity and low frequency band.
基线解算是静态GPS测量中的关键步骤，对各种情况下基线解算的结果进行精度分析有利于根据观测条件改善GPS测量精度。
Baseline solution is the key step of static GPS surveying. The precision analysis of baseline solution result under every condition is benefit to improving GPS survey precision.
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