综合地球物理探测在深部空间结构中的应用——以胶东金矿集区为例
陈大磊1,2(
), 王润生1,2(), 贺春艳1,2, 王珣1,2, 尹召凯3, 于嘉宾1,2
), 王润生1,2(), 贺春艳1,2, 王珣1,2, 尹召凯3, 于嘉宾1,2
Application of integrated geophysical exploration in deep spatial structures: A case study of Jiaodong gold ore concentration area
CHEN Da-Lei1,2(), WANG Run-Sheng1,2(), HE Chun-Yan1,2, WANG Xun1,2, YIN Zhao-Kai3, YU Jia-Bin1,2
), WANG Run-Sheng1,2(), HE Chun-Yan1,2, WANG Xun1,2, YIN Zhao-Kai3, YU Jia-Bin1,2
图4. 联合反演地质解释成果
1—第四系;2—白垩系-古近系王氏群;3—白垩系青山群;4—下白垩界莱阳群;5—古元古界荆山群;6—古元古界胶南表壳岩组合;7—新太古界栖霞序列;8—新元古界荣成序列;9—中生界玲珑序列;10—中生界伟德山序列;11—潜火山群;12—推断Ⅰ级断裂;13—推断Ⅱ级断裂;14—推断Ⅲ级断裂;15—推断基底断裂;16—推断地质界线
Fig.4. Joint inversion geological interpretation results map
1—Quaternary alluvium;2—Cretaceous - Paleogene wang group;3—Cretaceous qingshan group;4—Early Cretaceous laiyang group;5—Paleoproterozoic jingshan group;6—Paleoproterozoic jiaonan supercrust rock assemblage;7—New Archean qixia sequence;8—Neoproterozoic rongcheng sequence;9—Mesozoic linglong sequence;10—Mesozoic weideshan sequence;11—latent volcanoes;12—grade inference Ⅰ fracture;13—grade inference Ⅱ fracture;14—grade inference Ⅲ fracture;15—inferred basement fault;16—inferred geological boundary
