Analysis of the influencing factors and coupling mechanism of resistivity of rock and mineral of the Chazangcuo Cu-Pb-Zn deposit

In electrical exploration of metal deposits, the resistivity prospecting method is one of the most important methods. For many years, the resistivity prospecting method has been carried out mainly from the macro level, and has made great contributions in the exploration, therefore, research on the resistivity prospecting method at the micro level, whether or not it can make its due contribution, such as, to clarify the difference of influencing factors of rocks and minerals resistivity and its constraint relation, to clarify the equivalent mechanism of rock and ore resistivity, to establish resistivity coupling model, etc. Based on the team’s pre-experimental analysis and research, considering that it is a new research idea to discuss the resistivity exploration from the micro level, and it has become hotspot. Taking the Chazangcuo Cu-Pb-Zn deposit as an object, taking the resistivity of surrounding rock and orebody as research contents and breakthrough point, deeply understanding the influencing factors of the resistivity of rocks and minerals and its correlation, it is aimed at the influencing factors of the resistivity, to reveal the change mechanisms of resistivity of rock and mineral, to explain systematically the coupling law of resistivity of rock and mineral. The expected findings has the unique advantage of revealing directly the essential properties of resistivity of rock and mineral, it is continues to optimize of resistivity exploration datas, expectes improve the efficiency of resistivity prospecting, and it will be favorablel to accumulate new knowledge in resistivity exploration theory.