最后提出3种有效的预测该类矿震的方法。
Finally, 3 kinds of methods for forecasting mine's fault-type earthquake are recommended.
发现老虎台煤矿矿震与该区域天然地震的震源机制差异明显。
The authors find that there is appreciable difference in focal mechanism between mining-induced earthquakes in the Laohutai coal mine and natural earthquakes of the region.
通过定量观察采矿与矿震活动的相关性，分析强矿震的诱发原因；
With the help of quantitative observation of relativity between mining activity and tremor, analyze induced factor of tremor.
结果表明，用该法预测的强矿震事件发生概率与实际矿震记录相符。
The result shows that the estimated probability of strong mine tremors consists well with the mine tremor record.
采用微地震定位监测技术对华丰煤矿关键层运动诱发矿震进行了研究。
Studied the shock bump caused by the key stratum movement in Huafeng Colliery using the microseism locating and monitoring technology.
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.
应用地震学方法，详细讨论了鹤岗矿震活动与区域天然地震的联系和区别。
The relation and distinction between the Hegang tremor activity and regional earthquake are comprehensively discussed by the seismology methods.
[7]章梦涛。矿震的粘滑失稳理论[d]。阜新：阜新矿业学院，1993。
Zhang Mengtao. Theory of instability slide mechanism of fault bursts [d]. Fuxin: Fuxin Mining Institute, 1993.
从讨论矿产资源开发所引起的环境地质问题出发，对湖南矿震的形成机制进行分类。
Setting out from discussing the geological environment questions caused by development of resources of mineral products, this paper classified the forming mechanism of the mine earthquakes of Hunan.
分析实例表明，该模型可以更精确而客观地识别和预测矿震演化过程中的突变行为。
The example shows that the model can distinguish and forecast the catastrophic behaviors of the evolution of mine quake more accurately and objectively.
冒落型矿震属于塌陷地震的范畴，其形成和演化受到区内自然因素和人为因素的作用。
The mine tremor due to falling-in appertains a kind of seismic subsidence. Its formation and evolution are affected by many natural and man-made factors in this region.
此矿震监测定位系统的监测结果与实际矿震十分吻合，定位结果小于规定的误差上限。
The monitoring result was very similar to actual rock burst and the error of orientation result was minor to pre...
在分析岩石动力特性的基础上，对抚顺矿区由矿震导致的西露天矿边坡动力响应进行了分析。
On the basis of the analysis of rock's dynamic feature, an analysis is made of the slope dynamic response caused by mine earthquake in Fushun Western Open Mining Area.
这次微震群属于冲击地压型矿震，与煤矿开采及回采工程活动有关，属于偶发的局部应力释放。
The event is ore earthquake of rock burst type related to coal mine exploitation and mining activity, the micro-earthquake swarms belong to occasional local stress releasing.
进一步介绍了瓦斯流体对矿震的触发作用，尤其超临界流体的特殊性质在矿震发生中的重要作用。
The trigger effect of gas fluid, especially the important effects of special characteristics of ultra-critical fluid on the eruption of mining shocks are discussed.
在预计的位置发生2.6级矿震时，没有造成灾害，证明了厚硬顶板断裂引起的矿震是可以预测的。
When 2.6-level mine quake happens in the predicted areas, there is no disaster, which proves that the mine quake caused by the crack of the roof of the thick layer may be predicted.
随着开采深度的增加，现有矿震的矿井发生矿震的频率和强度都在不断增加，给安全生产带来巨大压力。
Along with the mining depth increasing, the frequency and intensity of the mine earthquake are increasing in the mine, which brings the huge stress to safe production.
通过对北票矿区浅源地震的分析，认为现今构造应力场和断裂对矿震等地质动力灾害的发生起控制作用。
According to the analysis of shallow earthquake in Beipiao mining area, the author conclude that modern tectonic stress field plays dominant role in occurrence of geo-dynamic disaster.
文章基于地球动力区划的理论和方法，以北票台吉矿的实际研究资料为例，对地质动力引起的矿山灾害及矿震的发生规律进行了研究。
Based on the theory and method of geodynamic section division, by taking the practical data of Beipiao mine for example, geological hazard and mine quake affected by geodynamic were studied.
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.
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.
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.
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