在兴安金石金矿外围 4号分散流异常区 ,通过地电化学提取金测量法 ,查明测区存在 5个走向规模小于 5 0 m的金异常区 ,W( Au) 最大值为 72 .4× 10 - 9,高出背景值十几倍 ,并藉综合土壤吸附汞测量 ,高精度磁测和激发极化法等多种物化探方法来确定这些异常区的地质、地球化学和地球物理特征 ,提出金矿成矿的有利部位在金的地电提取高异常区、高汞量异常区、高磁性异常区、低视电阻率异常区和中等视极化率异常区的“三高一低一中”的找矿模式。确定测区的北北东角 (右下角 )一带具备有利的金矿成矿条件 In the anomalous zone of scattered current on the 4th of Xing’an Jinshi gold deposit, gold electrochemistry extraction method was used to find out that there are 5 gold anomaly zones with a size smaller than 50 m in the survey area, and the maximum value of W (Au) is 72.4 × 10 - 9, ten times higher than the background value. Geochemical, geochemical and geophysical characteristics of these anomalous regions were determined by comprehensive geochemical methods such as comprehensive soil mercury sorption measurement, high-precision magnetic stimulation and induced polarization , And proposed that the favorable site for gold mineralization should be extracted from gold in the geoelectric field to extract high anomalous zone, high mercury anomalous zone, high magnetic anomalous zone, low apparent resistivity anomalous zone and moderate visual apparent anomalous zone. A "prospecting mode. It is confirmed that the north-north east corner (lower right corner) of the survey area has favorable gold mineralization conditions