The results are basically meaningful for the remote sensing and the forecast of some natural and rock engineering disasters, such as earthquake, rock burst, mine burst and landslide.
本研究结果对地震、岩爆、矿爆、边坡滑移等自然与岩石工程灾害的遥感与预报具有重要的基础意义。
Disasters in engineering blasting includes toxic gas, dust, noise, fly rock, blasting vibration, touchdown vibration, flood caused by blasting, ground swell, air or water blasting wave.
工程爆破中的灾害主要有爆破有毒气体、扬尘、噪声、飞石、振动和爆破引起的触地振动、爆破水灾和涌浪、空气冲击波或水击波等。
Meanwhile, the mine MMAS can also be used to predict other dynamical disasters of rock engineering.
同时，微震监测分析系统能够实现对其他岩石工程动力灾害问题进行预测预报。
The surrounding rock engineering geology is not only the material foundation of producing disasters in loess tunnel, but also the carrier of studying the geological disasters.
围岩工程地质条件既是产生隧道地质灾害的物质基础，又是研究隧道地质灾害的载体，撇开人为因素隧道地质灾害都可以从围岩工程地质条件中找到根源。
The exist and change of seepage field is one of important reasons for the instability of rock masses engineering, even leads to large-scale geological disasters.
渗流场的存在和改变是导致裂隙岩体工程失稳，甚至导致大规模地质灾害的重要原因之一。
The exist and change of seepage field is one of important reasons for the instability of rock masses engineering, even leads to large-scale geological disasters.
渗流场的存在和改变是导致裂隙岩体工程失稳，甚至导致大规模地质灾害的重要原因之一。
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