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在栗木矿田进行的土壤离子电导率、地电提取、吸附相态汞新方法试验研究表明，钨锡长石石英脉矿床上获得了高、低双峰电导率异常、单峰吸附相态汞异常和多点连续高峰地电提取多金属异常；钽铌花岗岩型矿床上获得锯齿状电导率异常、双峰夹一谷的“凹”形吸附相态汞异常和多点连续高峰地电提取多金属异常。表明在常规化探方法反映不出异常的厚层覆盖区，新方法能测出强度高、衬度大且与矿体位置吻合较好的异常。并对涧口—焦巴井找矿预测区三种新方法综合异常部位进行了工程验证，见到了矿体，说明各新方法找矿效果良好，方法可行。
A new experimental study on soil ionic conductivity, geoelectric extraction and adsorption phase mercury in the chestnut ore field shows that high and low bimodal conductivity anomalies were obtained on the tungsten-wolflite fossil vein deposits, Anomalous and multi-point continuous peak geoelectric extraction of multi-metal anomaly; tantalum niobium granite-type deposits obtained jagged conductivity anomaly, double-peak folder a valley of the “concave” shape adsorption phase mercury anomaly and multi-point continuous peak extraction Metal abnormalities. It shows that the new method can detect the anomalies with high intensity, large contrast and good agreement with the ore body in the thick covering area where conventional geochemical methods can not reflect the anomaly. And verified the comprehensive anomaly sites of three new methods in the Jiankou-Jiao-Baok ore-prospecting prediction area and met the ore body. It shows that the new methods have good prospecting results and the method is feasible.