Mine Hazards Prevention and Control Technology

Part I Prevention and Control of Mine Fire, Dust and Gas Explosion

■Changes of ventilation by a mine fire
■A frame of knowledge-based consulting system for sulfide ore spontaneous combustion forecast
■Evaluation of a simulation program for predicting gas emission rata
■New approaches towards improving mine ventilation network analysis
■The study of extracting pipeline water and methane network analysis
■Comprehensive study on the rule of spontaneous combustion of coal in its oxidation process by thermal analysis
■Studies of an ANFIS-based approach on the prediction of the coal and gas burst
■Study on gas flow regularity based on tracer method in gob area
■Study on gas forecasting indexes of coal spontaneous combustion based on grey correlative analysis
■The study on the influence of the natural ventilation pressure on the stability of the mine’s ventilation network
■Study on thermal safety design index in high temperature coal mine
■The statistic method to plot three zones of spontaneous combustion in gob
■Study on the influences of reagent consumption on fly ash floatation closed-circuit test
■Reliability analysis of mine ventilation system based on stochastic Petri net
■Research on noise control over chief mine ventilators under adverse circumstances
■Quantum chemistry method of the study on low-temperature self-ignite mechanism of coal
■Comprehensive evaluation for the safety of mining ventilation system based on the TOPSIS
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Part II Mine Pressure and Ground Control
Part III Engineering Management of Mine Safety
Part IV Prevention and Control of Mine Water Hazards
Part IV Mine Safety Monitoring and Control Technology