而现在，他力压俄罗斯，震怖美利坚。
蓄压器充气阀箱压缩空气瓶充气阀箱找到避震上的美嘴气阀，取下气阀帽。
Accumulator air-charging manifold Locate the Schrader air valve on the shock and remove the air valve cap.
在空间上，压磁、感磁等机制引起的震磁效应主要分布在震中附近的有限区域内，震级越大，展布范围也越大。
Spatially , seismomagnetic effect caused by piezomagnetism and induced magnetism. is mainly distributed in the limited areas near epicenters , the bigger of the magnitude , the wider of the range.
完整岩体压剪破裂失稳是构造地震的另一种可能孕震机制。
The fracturing of initial rock mass is another mechanism of tectonic earthquake.
结果表明，前震的一组节面比较集中且与主震断层面大体一致，其主压应力轴也表现出相对的集中。
The results show that the group of nodal planes of pre shocks puts together comparably and identical with the fault of main shock, so do their P axes.
煤矿冲击矿压、矿震等煤岩动力现象，与岩体的微震事件有着必然联系。
Dynamic mechanical phenomena such as rock bursting in colliery are necessarily related to micro-seism of rock body.
表面压应力作用强化了相变增韧效果，改善了材料的表面抗裂纹性能和抗热震稳定性等力学性能。
The R-curve and thermal shock resistance properties are improved and the transformation effect are strengthened by the surface compressive stress effect.
提出在同一地震构造带上，小震断层面解的主压应力方向具有一致性。
It is suggested that on the same seismotectonic zone, the directions of principal compressional stress of fault plane solution of small earthquakes are consistent.
震区的主压应力为北北西方向，两震的受力方向基本一致，但断层面解明显不同。
According to focal mechanism, the directions of main press stress of the two are NNW in the seismic area but the fault plane solutions are different.
研究结果为利用岩层运动理论与微震监测相结合的方法预测冲击矿压奠定了基础。
The research achievements establish a foundation for the rock burst forecast method on the basis of the stratum movement theory and micro-seismic observation.
压一张一发震的力学过程是应变异常的动态特点。
The mechanical process of compressivestrain-tensional strain-earthquake i…
这一结论对于利用微震监测系统监测预报冲击矿压具有一定的借鉴意义。
The conclusion will generate considerable important directive significance for monitoring and forecasting rockburst catastrophe with MS monitoring system in coal mines.
构造应力场主压应力方向大致为近南北方向，在其作用下，北东向和东西向断裂都是该地区主要的发震构造。
Under the action of such a stress, the faults in EW and NE directions are the major causative faults...
构造应力场主压应力方向大致为近南北方向，在其作用下，北东向和东西向断裂都是该地区主要的发震构造。
Under the action of such a stress, the faults in EW and NE directions are the major causative f...
构造应力场主压应力方向大致为近南北方向，在其作用下，北东向和东西向断裂都是该地区主要的发震构造。
Under the action of such a stress, the faults in EW and NE directions are the major causative f...
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