(1. School of Resources and Safety Engineering，Central South University，Changsha，Hunan 410083，China；
2. Dongguashan Copper Mine，Tongling Nonferrous Metal Group，Tongling，Anhui 244031，China)
Abstract：Seismicity in mines is dynamic response of rock mass to mining and reflects the stress state，deformation and destruction of rock mass. Using the time history methods of the cumulative apparent volume ?VA，energy index EI and cumulative volume of production ?Vm，the relationship between seismic deformation and mining rate is studied in the framework of quantitative seismology with the seismic data monitored in Donguashan Copper Mine. According to the view of storage and release of energy，combining with seismic apparent volume VA and elastic convergence volume VE，the ratio of the cumulative apparent volume ∑VA to the cumulative volume of production ?Vm is defined as coefficient of seismic response to mining(CSR) to present the relationship between energy storage and energy release in rock mass. The results show that，the volume of production influences obviously on time history curves of ?VA and EI；there is a correlation between mining rate and seismic strain rate；the variation of CSR indicates the tendency of stability of rock mass system，which can be easily used in analysis of mine seismicity monitoring and as a good guide parameter to control mining rate.
POTVIN Y，HUDYMA M R. Seismic monitoring in highly mechanized hardrock mines in Canada and Australia[C]// VAN ASWEGEN G，DURRHEIM R J，ORTLEPP W D ed. Proceedings of the Sixth International Symposium on Rockburst and Seismicity in Mines. Johannesburg：The South Institute of Mining and Metallurgy，2001：267-280.
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2012, Vol. 31 
