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预测区所属的东天山地区以康古尔深大断裂为界,北属哈尔里克-大南湖晚古生代岛弧带,南为觉罗塔格晚古生代岛弧带。利用多元信息的靶区预测将成矿地质信息的有序综合,遵循综合地质信息由表及里,工作程度由低到高的原则。以地球化学异常、航磁异常、有利找矿地层、断裂影响带(buffer)、中酸性岩浆岩(斑岩)为证据层,在MAPGIS平台下,对靶区进行了分级预测。三级预测靶区面积最大,主要位于预测区域的中部。二级预测靶区主要位于预测区的中部,演康古尔断裂北侧。一级预测靶区主要位于二级靶区内靠近已知矿床的周边。
The east Tianshan area, which belongs to the prediction area, is bounded by the Kanggur deep fault in the north and the Late Paleozoic arc belt in the Halrick-Datian Lake to the north and the Late Paleozoic island arc in Jueluotage. Prediction of target areas using multiple information will be the orderly synthesis of mineralization geological information, follow the principle of comprehensive geological information from the table, the work level from low to high. Taking the geochemical anomaly, aeromagnetic anomaly, favorable ore-prospecting strata, fault and moderately acidic magmatite (porphyry) as the evidence layer, the target area was classified and predicted under the MAPGIS platform. The third-level prediction target area is the largest, mainly in the middle of the prediction area. The secondary target area is mainly located in the middle of the prediction area and north of the Yankenguer fault. The primary target area is mainly located in the secondary target area near the periphery of the known deposit.