Two major types of Cu-Au ore deposits, genetically related to the Upper Cretaceous volcanic arc magmatic activity are recognised in the Panagyurishte district, Sredna Gora zone (Bulgaria): replacement type epithermal and porphyry copper deposits. Detailed studies of mineral composition, trace-element distribution, stable (O, H, S) and radiogenic (Sr, Pb) isotopes and fluid inclusions (visible and IR light) have been performed in the Radka and Elshitsa epithermal and the Vlaikov Vrah porphyry-Cu deposits, in order to constrain the origin of epithermal mineralisations and to test the hypothesis of the genetic connection between porphyry and epithermal systems. The results of field work and laboratory analyses confirmed the epigenetic characte...
Čukaru Peki is a recently discovered porphyry- high-sulfidation Cu-Au deposit located 5km south of t...
Many porphyry-type (Cu-Au) and neutral epithermal (Pb-Zn and Au ± Ag) ore deposits are encountered i...
The Bor Cu-Au deposit consists of two principal types of mineralization hosted by the Upper Cretaceo...
Two major types of Cu-Au ore deposits, genetically related to the Upper Cretaceous volcanic arc magm...
Vlaykov Vruh–Elshitsa represents the best ex- ample of paired porphyry Cu and epithermal Cu–Au depos...
Epithermal Cu-Au deposits hosted within volcanic rocks (Radka, Elshitsa, Krassen) are related to Lat...
This review compiles geological, mineralogical, and isotopic data from the four largest Cu–Au epithe...
The Bučim porphyry Cu-Au deposit is situated in the westernmost part of the Serbo-Macedonian Massif,...
La région des monts Apuseni, en Roumanie, comporte de nombreux gisements de type porphyre (Cu-Au) et...
The Radka deposit is one of the largest Cu–Au epithermal deposits related to Late Cretaceous volcani...
The Radka deposit is one of the largest Cu–Au epithermal deposits related to Late Cretaceous volcani...
The Bucim porphyry Cu-Au deposit is situated in the westernmost part of the Serbo-Macedonian Massif,...
The Radka deposit is one of the largest Cu–Au epithermal deposits related to Late Cretaceous volcani...
Abstract. The Late Cretaceous Elshitsa and Radka epithermal Cu-Au deposits, located in the southern ...
International audienceThe Elatsite porphyry-copper deposit contains platinum-group minerals associat...
Čukaru Peki is a recently discovered porphyry- high-sulfidation Cu-Au deposit located 5km south of t...
Many porphyry-type (Cu-Au) and neutral epithermal (Pb-Zn and Au ± Ag) ore deposits are encountered i...
The Bor Cu-Au deposit consists of two principal types of mineralization hosted by the Upper Cretaceo...
Two major types of Cu-Au ore deposits, genetically related to the Upper Cretaceous volcanic arc magm...
Vlaykov Vruh–Elshitsa represents the best ex- ample of paired porphyry Cu and epithermal Cu–Au depos...
Epithermal Cu-Au deposits hosted within volcanic rocks (Radka, Elshitsa, Krassen) are related to Lat...
This review compiles geological, mineralogical, and isotopic data from the four largest Cu–Au epithe...
The Bučim porphyry Cu-Au deposit is situated in the westernmost part of the Serbo-Macedonian Massif,...
La région des monts Apuseni, en Roumanie, comporte de nombreux gisements de type porphyre (Cu-Au) et...
The Radka deposit is one of the largest Cu–Au epithermal deposits related to Late Cretaceous volcani...
The Radka deposit is one of the largest Cu–Au epithermal deposits related to Late Cretaceous volcani...
The Bucim porphyry Cu-Au deposit is situated in the westernmost part of the Serbo-Macedonian Massif,...
The Radka deposit is one of the largest Cu–Au epithermal deposits related to Late Cretaceous volcani...
Abstract. The Late Cretaceous Elshitsa and Radka epithermal Cu-Au deposits, located in the southern ...
International audienceThe Elatsite porphyry-copper deposit contains platinum-group minerals associat...
Čukaru Peki is a recently discovered porphyry- high-sulfidation Cu-Au deposit located 5km south of t...
Many porphyry-type (Cu-Au) and neutral epithermal (Pb-Zn and Au ± Ag) ore deposits are encountered i...
The Bor Cu-Au deposit consists of two principal types of mineralization hosted by the Upper Cretaceo...