Kobe / San Francisco / Beijing / Kunming / Washington / Washington / D. C. / Washington D. C. / /
Company
Bowman D. D. / Finite Fault Networks / Interunis Ltd. / State Key Laboratory / AMR / /
Country
France / Japan / Russia / China / / /
Event
Natural Disaster / /
Facility
Ioffe Physical Technique Institute / State Key Laboratory of Nonlinear Mechanics / Institute of Mechanics / Ibaraki University / University of Texas Press / A.F Ioffe Physical Technical Institute / /
IndustryTerm
experimental energy release curves / modified power-law time-to-failure / nonlinear systems / time-to-failure power law / cumulative seismic energy / energy release / released seismic energy / seismic moment/energy release / seismic energy release / energy / be modeled using a modified power-law time-to-failure / /
NaturalFeature
San Francisco Bay / /
Organization
Center for Analysis and Prediction / Institute of Mechanics / Natural Sciences Foundation of China / University of Texas Press / Yunnan Province Seismological Bureau / Russian Academy of Sciences / Chinese Academy of Science / Ministry of Science and Technology / A.F Ioffe Physical Technical Institute / Physical Technique Institute / Acoustic Emission Channel Board / China Seismological Bureau / Ibaraki University / /
Person
Min Li / Victor Kukshenko / / /
Position
D. J. / /
ProvinceOrState
South Carolina / Yunnan Province / California / Washington / /
Load-Unload Response Ratio (LURR), Accelerating Moment/Energy Release (AM/ER) and State Vector Xiang-chu Yin(1,2), Huai-zhong Yu(1), Victor Kukshenko(3), Zhaoyong Xu(1,5), Zhishen Wu(1,4), Min Li(1), Ke-yin Peng(1,2) and