基于数字孪生技术的煤矿瓦斯爆炸灾害监控方法研究

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中图分类号：TD823 文献标志码：A 文章编号：2095-2945（2025）31-0125-05

Abstract：Gasaccidentsarethemostdirectfactorandoneof themainsourcesofdisastersforcoalmine workers.Inview ofthedficultyinaccuratelyvisualizingthegasdistributionincoalminingfacesandthescopeofgasexplosionaidentsand canoteffetivelyguidethepreventionandcontrolofgasdisasters，digitaltwintechnologyisadoptedasthebasistoproposea gasexplosiondigitaltwintechnologyatintegratesdatasamplingdeployment，tunneleal-lifestructurereconstruction，tuelgas concentrationspatiotemporalneuralnetworkpredictionndgasoncentrationspatiotemporalKriginginterpolationevealingte spatio-temporalditributionlawsandevolutionmechanismsoftheconcentrationofdisastergasessuchasgasintheface.Onthis basis，adigitaltwinmodelformontoringgasexplosiondisastersisconstructedtorealizeearlywarningofabnomaltrendsofgas emisionsanddisastersimulation，efectivelyguidedisasterreductionandreliefwork，andreducetheocurenceofcasualties among operators，which is of great significance to coal mine production safety.

Keywords：gas explosion;disaster monitoring;digital twin;3D space modeling;coal mine

煤炭是国家的绝对主体能源，也是国民经济发展的“工业粮食”，为我国的能源与工业的长期稳定发展贡献着不可磨灭的力量。（剩余5654字）