中国煤炭
中國煤炭
중국매탄
China Coal
2015年
9期
113-116
,共4页
数量化理论%预测模型%定性变量%定量变量%基准变量%说明变量
數量化理論%預測模型%定性變量%定量變量%基準變量%說明變量
수양화이론%예측모형%정성변량%정량변량%기준변량%설명변량
quantitative theory%prediction model%categorical variable%quantitative varia-ble%reference variable%explanatory variable
利用数量化理论Ⅰ对煤矿瓦斯涌出量进行了研究。针对某矿 C1煤层，利用数量化理论Ⅰ建立了瓦斯涌出量多变量预测模型，根据计算结果满足工程精度要求，说明利用数量化理论预测瓦斯涌出量是可行的，并对未采区的瓦斯涌出量进行了预测，对该矿安全生产起到了一定的指导作用。
利用數量化理論Ⅰ對煤礦瓦斯湧齣量進行瞭研究。針對某礦 C1煤層，利用數量化理論Ⅰ建立瞭瓦斯湧齣量多變量預測模型，根據計算結果滿足工程精度要求，說明利用數量化理論預測瓦斯湧齣量是可行的，併對未採區的瓦斯湧齣量進行瞭預測，對該礦安全生產起到瞭一定的指導作用。
이용수양화이론Ⅰ대매광와사용출량진행료연구。침대모광 C1매층，이용수양화이론Ⅰ건립료와사용출량다변량예측모형，근거계산결과만족공정정도요구，설명이용수양화이론예측와사용출량시가행적，병대미채구적와사용출량진행료예측，대해광안전생산기도료일정적지도작용。
The quantity of gas emission was studied by applying the quantitative theory I and the multiple variables prediction model of the quantity of gas emission was built for the C1 coal seam in certain mine. The calculated results by the prediction model meet the requirements of en-gineering accuracy and show that prediction of quantity of gas emission by applying the quantity theory is feasible and helpful to guide the coal mine safety production.
