rock-bursting

基本解釋

So, EME can be applied to forecast the rock burst in coal mine.
研究表明，電磁輻射基本上隨著加載及變形速率的增加而增強；
Dynamic mechanical phenomena such as rock bursting in colliery are necessarily related to micro-seism of rock body.
煤礦沖擊礦壓、礦震等煤巖動力現象,與巖體的微震事件有著必然聯(lián)系。
Beside this,the paper also discussed the reason why rock burst easily happened aro...
分析了煤巖層摩擦滑動的基本形式，探討了粘滑的產生機理，并以此解釋沖擊地壓的發(fā)生機理。
Finally, assessing the rank of the danger of rock burst applying the EME was introduced by an example.
通過實例介紹了電磁輻射法評定煤礦沖擊礦壓危險等級的應用情況。
With the increase of mining depth,the possibility for rock burst increases correspondently.
隨著煤礦開采深度的增加,沖擊地壓危險越來越大,已成為嚴重威脅礦井安全生產的主要災害。