山西焦煤科技
山西焦煤科技
산서초매과기
SHANXI COKING COAL SCIENCE & TECHNOLOGY
2014年
3期
49-51
,共3页
电磁辐射%冲击地压%微震%危险区域
電磁輻射%遲擊地壓%微震%危險區域
전자복사%충격지압%미진%위험구역
Electromagnetic radiation%Rock burst%Microearthquake%Dangerous zone
随着科学技术的发展,电磁辐射异常作为一种冲击地压预测的手段越来越被认同,在冲击地压发生前的电磁监测是预测冲击发生的突破口。通过在某煤矿21141综放工作面回采巷道掘进过程中,对采用KBD-5电磁辐射监测仪收集的冲击地压发生前的破坏震动信息进行总结,分析研究冲击地压前后的微震电磁辐射数据,掌握微震参数的变化规律,准确定位危险区域,提高预警的时效性和可靠性。
隨著科學技術的髮展,電磁輻射異常作為一種遲擊地壓預測的手段越來越被認同,在遲擊地壓髮生前的電磁鑑測是預測遲擊髮生的突破口。通過在某煤礦21141綜放工作麵迴採巷道掘進過程中,對採用KBD-5電磁輻射鑑測儀收集的遲擊地壓髮生前的破壞震動信息進行總結,分析研究遲擊地壓前後的微震電磁輻射數據,掌握微震參數的變化規律,準確定位危險區域,提高預警的時效性和可靠性。
수착과학기술적발전,전자복사이상작위일충충격지압예측적수단월래월피인동,재충격지압발생전적전자감측시예측충격발생적돌파구。통과재모매광21141종방공작면회채항도굴진과정중,대채용KBD-5전자복사감측의수집적충격지압발생전적파배진동신식진행총결,분석연구충격지압전후적미진전자복사수거,장악미진삼수적변화규률,준학정위위험구역,제고예경적시효성화가고성。
With the development of science and technology,electromagnetic radiation anomaly as a kind of method for rock-burst prediction is recognized,and before rock-burst occur the electromagnetic monitoring is the breachthrough of predicting rock-burst.In the mining roadway driving process of 21 141 fully mechanized caving face of a coal mine,summarizes the destruction and vibration information before rock-burst occur which adopts KBD-5 electromagnetic radiation monitor collecting,analyzes and researches the microearthquake electromagnetic radiation data before and after rock-burst occur,masters the change rules of seismic parameters,locates the dangerous zones accurately and improves the timeliness and reliability of early warning.