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眼前山铁矿采区稳定性微震监测可行性研究

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文章介绍了眼前山铁矿工程背景及回采过程中面临的地压问题,结合多通道微震监测技术特点,制定了覆盖采区的48 通道微震监测系统技术方案.采用D值最优设计理论,对传感器进行了优化布置,确定的采区微震监测技术方案可实现回采过程中采区稳定性实时、在线和全方位立体监测,为采区安全回采提供技术支撑.
Feasibility Study on Microseismic Monitoring of Stability in Yanqianshan Iron Mine
In this paper,the engineering background of Yanqianshan Iron Mine and the ground pressure problems in the mining process are introduced.Combined with the characteristics of multi-channel microseismic monitoring technology,the 48-channel microseismic monitoring system covering the mining area is developed.Based on the D-value optimal design theory,the sensors are optimized,and the determined microseismic monitoring technology scheme can realize the real-time,online and all-round three-dimensional monitoring of the stability of the mining area during the mining process,and provide technical support for the safe mining area.

open pit to underground miningground pressure problemmicroseismic monitoringoptimal sensor layout

陈晓云、彭府华、任海龙、刘显锋、张洪昌

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鞍钢集团矿业有限公司眼前山分公司,辽宁 鞍山 114000

长沙矿山研究院有限责任公司,湖南 长沙 410012

金属矿山安全技术国家重点实验室,湖南 长沙 410012

露天转地下 地压问题 微震监测 传感器优化布置

2024

湖南有色金属
湖南有色金属研究院,湖南有色金属学会

湖南有色金属

影响因子:0.393
ISSN:1003-5540
年,卷(期):2024.40(1)
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