Application of integrated geophysical prospecting method on the evaluation of one molybdenum deposit in Mongolia

In the area of exploration covered thickness and complicated geological conditions,how to search for concealed ore deposit was the important issue in global mineral exploration field.According to geology data and concrete geology fact,geophysical methods including high-precision magnetic method and IP were used to integrated the prospecting of the concealed ore body,which discovered five clear geophysical anomalies relating to metallogenic prospects and two industrial ore bodies.The magnetic anomalies revealed the characteristics of the ore-bearing structure and scope of the NNE belt,provided some information of ore body structural framework,controlling-ore factors,genesis of molybdenum deposits.These information provided reliable basis to explain the metallogenic causes and find new buried ore bodies in the area.Three checking drill-holes occur industrial ore body,the rate of industrial ore discovery was 94%.It indicated that the integrated geophysical method system was successful in one molybdenum deposit,with its advantage in rapidity,efficiency and practicality.