Feasibility of Simultaneous Application of Fuzzy Neural Network and TOPSIS Integrated Method in Potential Mapping of Lead and Zinc Mineralization in Isfahan-Khomein Metallogeny Zone

Iran is located on a silver, lead, and zinc belt according to the latest studies holds 11 million tons of zinc, silver stones which constitute 4 percent global resources. Considering that mineral materials are explored in an uncertain space, exploration investment risk inseparable part these activities. The important fact minimize effect this undesired factor exploration. To achieve this, it required activities withdrawals performed certain framework minimization considered. Using potential modelling for determining promising zones should be taken into consideration more detailed stages could make achieving purpose possibly. This work aimed at applying fuzzy neural network TOPSIS methods simultaneously order explore lead In article, geological, telemetry, geophysics, geochemistry data integrated using fuzzy-neural (neuro fuzzy) method rating ore deposit mapping Isfahan-Khomein strip has been introduced as one leads scopes Iran. area composed several deposits considered target area. Fuzzy integration results mineralization witness layers confirm relatively high region having northwest-southeast trend involving than 90 known indices region. research, was shown TOPSIS-Neuro-Fuzzy model (a combination logic) have increased resolution talented areas from with no comparison individually.