1.Finally, assessing the rank of the danger of rock burst applying the EME was introduced by an example.
通过实例介绍了电磁辐射法评定煤矿冲击矿压危险等级的应用情况。
2.The biggest intensity of EME is of positive relevance with strength of rock during the loading process.
在受载过程中最大电磁辐射强度与岩石强度间呈现正相关性。
3.The blasting effect was checking using sight instrument, electromagnetic emission (EME) technique and drilling sludge methods.
采用矿用钻孔窥视仪并配合电磁辐射法和钻屑法对爆破进行了效果检验。
4.The higher the coal and roof rock strength of compound sample is, the intensity AE&EME signals produced by the deformation and fracture is.
组合试样中煤样及顶板岩样的强度越高，则变形破裂产生的声发射与电磁辐射信号越强。
5.Research and analysis were carried on frequency spectrum characteristics of loaded coal's EME during deformation and fracture process.
对受载煤体变形破裂时电磁辐射（EME）的频谱特征进行了研究分析。
6.This finding provided a criterion for prediction rock burst with AE&EME, especially the multi-parameter composed of MS monitoring system.
这一发现为利用声发射、电磁辐射，特别是微震监测系统组成的多参量预测冲击矿压提供了判定准则。
7.Mr Dudley notes that surging EME growth has driven up prices of both commodities and their own exports as domestic wages rise.
达德利指出新兴市场经济体的高速增长推动了其国内工资上涨，从而同时提升了国际商品以及他们自己的出口商品的价格。
8.The results show that the EME of sandstone, mod stone and concrete can be produced under the loading.
研究结果表明，砂岩、泥岩和混凝土在压、拉状态下能够产生电磁辐射；
9.Simultaneously, electromagnetic emission (EME) is used to check out the effect of eliminating or reducing the danger of rock bursts.
同时利用电磁辐射检验强度弱化治理效果，以达到消除或降低冲击危险的目的。
10.The changing of EME strength reflects the changing of internal stress after excavation.
巷道开挖后内部应力变化的快慢表现在EME强度的变化上。