Put forward the method measuring air-leakage intensity and the criterion determining dangerous area of coal self-ignition on actual condition, and develop the theory forecasting coal spontaneous combustion of gob and tunnel in fully mechanized top-coal caving face.
针对现场应用，提出了实际条件下漏风强度的测算方法及煤自燃危险区域的判定准则，通过煤自燃过程的数值模拟研究，发展了综放面采空区及巷道自然发火预测理论。
参考来源 - 煤自燃过程的实验及数值模拟研究·2,447,543篇论文数据，部分数据来源于NoteExpress
在改变漏风强度后，高温区位置和范围也会随之改变。
When the air leakage strength changed, the high temperature zone location and scope would be changed.
影响煤体热量积聚的主要因素有温度、浮煤厚度、空隙率和漏风强度。
The major effect factors of heat accumulating has temperature, float coal thickness, air leak intensity and voidage.
建立了层面漏风的定解数学模型，将地表漏风强度近似看作按负指数规律衰减。
The mathematical model with finite solution for bedding plane air-leakage is established, in which the air leakage intensity is regarded as attenuating follows proximately negative exponential law.
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