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为了提高地质勘探质量和技术水平,我们对开平煤田已投产的几个煤矿精查勘探区原地质报告资料和矿井地质资料进行了对比,以了解地质构造、煤层及储量计算、水文地质等勘探资料的误差大小和不同构造形态、不同稳定程度煤层区勘探工程的布置方式和方法,以及原勘探工程所取得的地质资料满足生产需要的程度等。针对上述目的,我们选择了唐山矿深部(原岳各庄勘探区)缓波状褶曲构造,范各庄(原范各庄勘探区)单斜构造,吕家坨(原吕家坨勘探区)背斜构造:唐家庄矿盆地丙(原徐家楼勘探区)复杂盆状向斜构造。这四个地区均作了精查勘探,並已得到原全国储委的审
In order to improve the quality and technical level of geological prospecting, we compared the original geological survey data and mine geological data of several coal exploration exploration areas in Kaiping Coalfield to understand the geological structure, coal seam and reserves calculation, hydrogeology and other exploration data The size of the error and different structural forms, different degrees of stability of the coal seam exploration project layout and methods, as well as the original exploration project geological data to meet the production needs of the degree. In view of the above-mentioned purpose, we have selected the gentle wave corrugated structure of the deep part of the Tangshan Mine (formerly Yuegezhuang prospect), the monocline structure of the Fangezhuang (formerly Fangezhuang prospect), the Lujiaotuo (formerly Lujiatuo prospect) Oblique structure: Tangjiazhuang Basin C (former Xujialou exploration area) complex basin syncline structure. These four regions have been refined exploration exploration, and has been the original trial of the National Committee of the Reserve