CAJ | 학술논문

新疆博格达山西缘米泉地区油气地质条件优越，但构造变形复杂，地震资料品质较差，准确落实地下地质构造是油气勘探取得突破的关键。该区地表露头出露良好，地震、非地震（MT）和钻井等资料丰富，为落实地下地质构造提供了良好的资料基础。通过对该区地表地质、地震、非地震、钻井和测井等资料的综合研究与应用分析，结合对前人构造解析与建模理论成果和主要技术方法的总结，形成了针对山前冲断带复杂构造变形区以断层相关褶皱构造解析为核心、多因素约束的综合构造解析与建模技术，建立了米泉地区多层次逆冲推覆构造模型。这项技术应用于构造特别复杂地区低成像品质地震资料的构造解释，可有效降低地震资料解释的多解性。
신강박격체산서연미천지구유기지질조건우월，단구조변형복잡，지진자료품질교차，준학락실지하지질구조시유기감탐취득돌파적관건。해구지표로두출로량호，지진、비지진（MT）화찬정등자료봉부，위락실지하지질구조제공료량호적자료기출。통과대해구지표지질、지진、비지진、찬정화측정등자료적종합연구여응용분석，결합대전인구조해석여건모이론성과화주요기술방법적총결，형성료침대산전충단대복잡구조변형구이단층상관습추구조해석위핵심、다인소약속적종합구조해석여건모기술，건립료미천지구다층차역충추복구조모형。저항기술응용우구조특별복잡지구저성상품질지진자료적구조해석，가유효강저지진자료해석적다해성。
There are favorable hydrocarbon elements in the Miquan area of the western margin of Bogda Moun-tain,Xinjiang.However,complex tectonic deformation and poor seismic imaging quality make identification of underground structures difficult.The accuracy of such identification is the key to a breakthrough in oil and gas exploration.Well-exposed outcrops,seismic sections,magnetotelluric and drilling data,etc.,provide impor-tant information for defining underground structures.From an integrated analysis based on fault-related fold the-ory and main methods of structural analysis and modeling,it is pointed out that geological outcrops,magnetotel-luric ,drilling and logging data,together with other factors need to be comprehensively taken into account during seismic interpretation in order to accurately identify subsurface structures.Therefore,structural analysis and modeling implies a highly comprehensive work in the tectonically-deformed zone of the foreland fold and thrust belt.Beginning with a summary of traditional structural analysis and modeling workflows and theoretical methods for complex structures,a new multi-factors-constrained,integrated analysis and modeling technique is pro-posed,based on fault-related fold analysis.Using this developed technology as a guide,a multi-level detach-ment thrust nappe model is built for the Miquan area of the western margin of Bogda Mountain,Xinjiang.This technique can be applied to guide the seismic interpretation of strongly-deformed,low image quality structures, effectively improving its accuracy.