重力勘探可視化仿真實驗系統(tǒng)設(shè)計與應(yīng)用研究
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中圖分類號：TP319 文獻(xiàn)標(biāo)志碼：A 文章編號：2095-2945（2025）20-0049-04
Abstract：Toaddress thechallengesofabstract theoriesandlimitedpracticaloportunitiesingravityexploration teaching，a visualization-basedgravityforwardsimulationexperimentsystemwasdesignedandimplemented.Thesystemsupports parameterizedsetingsfortwotypicalgeologicalmodls：sphericalandhorizontalcylindricalbodies.Itenables3Dvisualization modelingofsubsurfacedensityanomalybodies，flexibleconfigurationofsurveylinelayouts，anddynamiccalculationanddisplay ofgravityanomalies.Byadjustingexperimentalparameters，theinfluenceoffactorssuchasthegeometricpositionofsubsurface densityanomalybodies，surveylinelayouts，densitycontrast，andburialdepthonthedistributioncharacteristicsofgravity anomalieswasinvestigated.Theexperimentalresultsdemonstratethatthesystemefectivelyenhancesstudents’understandigof gravityforwardtheory，providingan innovativeexperimentaltoolforgeophysics teaching withsignificanteducational value.
Keywords：gravityforwardmodeling;visualization technology;simulationexperiment;geophysics teaching;densityanomaly
重力勘探是地球物理學(xué)中的一項重要分支方法，通過探測地球表面重力場的微小變化，揭示地下不同地質(zhì)構(gòu)造中介質(zhì)的密度差異，從而有效推測地下目標(biāo)體的位置、形態(tài)和規(guī)模。（剩余4127字）