出版社:Niğde Üniversitesi Mühendislik Fakültesi Dekanlığı
摘要:In this study, the spatial distribution of the Ghana, the distribution of the Ghana, their trace element, and geochemical associations were investigated. An integrated geochemical (XRF and ICP-MS) and geostrategic analysis of later years in Kunche. The laterites are classified as lateritic duricrust (relocated laterites) and ferruginous duricrust. Three element associations (Fe, S, Pb-Group 1, Mn, Cu, Co, Cr, Ni, Ti, As, Au, Ag-Group 2; Ca, Rb, Sr, Zr, Y, Zn-Group 3) are Observed Observed. Observed. Observed. Observed. Observed. Observed. Observed. (> 0.41%), Pb (> 48 ppm), Cu (46 ppm), As (134.2 ppm), and Ag (> 0.42 ppm), implying that These elements are defined in the laterites. However, multi-element mapping indicates that Pb + Cu + As + Ag is the best element in the exploration of gold deposits. This association shows ellipsoidal anomalies. Multi-element mapping indicates that Pb + Cu + As + Ag is the best element in the exploration of gold deposits. This association shows ellipsoidal anomalies. Multi-element mapping indicates that Pb + Cu + As + Ag is the best element in the exploration of gold deposits. This association shows ellipsoidal anomalies.
其他摘要:In this study, the spatial distribution of the Ghana, the distribution of the Ghana, their trace element, and geochemical associations were investigated. An integrated geochemical (XRF and ICP-MS) and geostrategic analysis of later years in Kunche. The laterites are classified as lateritic duricrust (relocated laterites) and ferruginous duricrust. Three element associations (Fe, S, Pb-Group 1, Mn, Cu, Co, Cr, Ni, Ti, As, Au, Ag-Group 2; Ca, Rb, Sr, Zr, Y, Zn-Group 3) are Observed Observed. Observed. Observed. Observed. Observed. Observed. Observed. (> 0.41%), Pb (> 48 ppm), Cu (46 ppm), As (134.2 ppm), and Ag (> 0.42 ppm), implying that These elements are defined in the laterites. However, multi-element mapping indicates that Pb + Cu + As + Ag is the best element in the exploration of gold deposits. This association shows ellipsoidal anomalies. Multi-element mapping indicates that Pb + Cu + As + Ag is the best element in the exploration of gold deposits. This association shows ellipsoidal anomalies. Multi-element mapping indicates that Pb + Cu + As + Ag is the best element in the exploration of gold deposits. This association shows ellipsoidal anomalies.