山西焦煤科技
山西焦煤科技
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SHANXI COKING COAL SCIENCE & TECHNOLOGY
2013年
9期
22-24,28
,共4页
GIS%煤与瓦斯突出%预测系统%应用
GIS%煤與瓦斯突齣%預測繫統%應用
GIS%매여와사돌출%예측계통%응용
GIS%Coal and gas outburst%Prediction system%Application
将GI S运用于煤与瓦斯突出危险性预测中,可以提高预测的准确性、时效性和可视化程度。本文根据煤与瓦斯突出的特点,运用GI S数据处理的方法,以C#语言为开发工具,设计开发了基于GI S的煤与瓦斯突出预测系统,该系统由煤与瓦斯突出预测系统、突出防治决策系统和辅助系统三大部分组成。能够对工作面和区域的煤与瓦斯突出危险性进行预测,将预测区划分为无突出区,突出危险区和突出威胁区,预测结果以图形的形式显示出来,并且给出相应的煤与瓦斯突出防治决策建议。通过在四川叙永煤矿实际应用,结果表明:该系统预测结果准确,操作简单,可视化程度高,具有广阔的推广应用空间。
將GI S運用于煤與瓦斯突齣危險性預測中,可以提高預測的準確性、時效性和可視化程度。本文根據煤與瓦斯突齣的特點,運用GI S數據處理的方法,以C#語言為開髮工具,設計開髮瞭基于GI S的煤與瓦斯突齣預測繫統,該繫統由煤與瓦斯突齣預測繫統、突齣防治決策繫統和輔助繫統三大部分組成。能夠對工作麵和區域的煤與瓦斯突齣危險性進行預測,將預測區劃分為無突齣區,突齣危險區和突齣威脅區,預測結果以圖形的形式顯示齣來,併且給齣相應的煤與瓦斯突齣防治決策建議。通過在四川敘永煤礦實際應用,結果錶明:該繫統預測結果準確,操作簡單,可視化程度高,具有廣闊的推廣應用空間。
장GI S운용우매여와사돌출위험성예측중,가이제고예측적준학성、시효성화가시화정도。본문근거매여와사돌출적특점,운용GI S수거처리적방법,이C#어언위개발공구,설계개발료기우GI S적매여와사돌출예측계통,해계통유매여와사돌출예측계통、돌출방치결책계통화보조계통삼대부분조성。능구대공작면화구역적매여와사돌출위험성진행예측,장예측구화분위무돌출구,돌출위험구화돌출위협구,예측결과이도형적형식현시출래,병차급출상응적매여와사돌출방치결책건의。통과재사천서영매광실제응용,결과표명:해계통예측결과준학,조작간단,가시화정도고,구유엄활적추엄응용공간。
It can improve prediction accuracy,timeliness,and visualization by applying GIS to coal and gas out-burst hazard prediction.Based on the coal and gas outburst characteristics,the coal and gas outburst prediction sys-tem was developed by applying GIS as data processing method and using C#as developing tool.The system is consti-tuted of coal and gas outburst prediction system,coal and gas outburst prevention and treatment decision-making sys-tem and auxiliary systems as three main components.The coal and gas outburst hazard of coalface and region was pre-dicted.The predicted regions were divided into coal and gas outburst non-dangerous region,dangerous region and threatened region,the prediction result was displayed in a graphical form.Some relevant coal and gas outburst pre-vention policy recommendations were given by the system.The practical application results of Sichuan Xuyong coal mine showed that the system prediction result was accurate,the operation was simple,the degree of visualization was high,it had a broad application space.