Add to ORKGThe Niederschlema–Alberoda uranium deposit, in the Erzgebirge region of Germany, contains an uncommon assemblage of metallic minerals, in particular selenides, sulfides, arsenides, tellurides, and native elements, in addition to uraninite and coffinite. The complex mineralogy resulted from the superposition of several mineralizing events over the time interval from the Permian to the Cretaceous; these events introduced and redeposited a great variety of metallic elements within the hydrothermal uraniu
The ores of Amur (Zn) and Verkhnyaya Arsha (Pb-Zn) stratiform sulfide deposits are replaced by brown...
The study of mode of occurrence of Au, Ag, Bi, Se and Te covers a row of giant VMS deposits of the U...
Despite the fact that both As and U represent geogenic trace elements potentially toxic to humans, l...
The Niederschlema–Alberoda uranium deposit, in the Erzgebirge region of Germany, contains an uncommo...
Selenium mineralization in the Příbram uranium and base-metal district (Central Bohemia, Czech Repub...
Příbram uranium and base-metal district is the most important vein uranium district in the Czech Rep...
Giraudite and hakite, and their more widespread S-dominant analogues, tennantite and tetrahedrite, a...
The uranium deposit at Niederschlema–Alberoda, Germany, contains a rich variety of Bi minerals depos...
Among the minerals of the selenide assemblage at the Niederschlema–Alberoda uranium deposit, Erzgebi...
The Eureka deposit in Castell-estaó in the Catalan Pyrenees is a Cu–U–V deposit, hosted by Triassic ...
Schlemaite, with the simplified formula (Cu,)6(Pb,Bi)Se4, is a new mineral species from the Niedersc...
Selenium-rich Au⁻Ag mineralization has been discovered in the Kremnica ore district, central S...
Main U minerals in the Lubin and Polkowice mines in decreasing order of abundance are: uraninite, br...
Bohdanowiczite is a new mineral recently described from uranium-polymetallic mineralization which oc...
The Eureka deposit in Castell-estaó in the Catalan Pyrenees is a Cu–U–V deposit, hosted by Triassic ...
The ores of Amur (Zn) and Verkhnyaya Arsha (Pb-Zn) stratiform sulfide deposits are replaced by brown...
The study of mode of occurrence of Au, Ag, Bi, Se and Te covers a row of giant VMS deposits of the U...
Despite the fact that both As and U represent geogenic trace elements potentially toxic to humans, l...
The Niederschlema–Alberoda uranium deposit, in the Erzgebirge region of Germany, contains an uncommo...
Selenium mineralization in the Příbram uranium and base-metal district (Central Bohemia, Czech Repub...
Příbram uranium and base-metal district is the most important vein uranium district in the Czech Rep...
Giraudite and hakite, and their more widespread S-dominant analogues, tennantite and tetrahedrite, a...
The uranium deposit at Niederschlema–Alberoda, Germany, contains a rich variety of Bi minerals depos...
Among the minerals of the selenide assemblage at the Niederschlema–Alberoda uranium deposit, Erzgebi...
The Eureka deposit in Castell-estaó in the Catalan Pyrenees is a Cu–U–V deposit, hosted by Triassic ...
Schlemaite, with the simplified formula (Cu,)6(Pb,Bi)Se4, is a new mineral species from the Niedersc...
Selenium-rich Au⁻Ag mineralization has been discovered in the Kremnica ore district, central S...
Main U minerals in the Lubin and Polkowice mines in decreasing order of abundance are: uraninite, br...
Bohdanowiczite is a new mineral recently described from uranium-polymetallic mineralization which oc...
The Eureka deposit in Castell-estaó in the Catalan Pyrenees is a Cu–U–V deposit, hosted by Triassic ...
The ores of Amur (Zn) and Verkhnyaya Arsha (Pb-Zn) stratiform sulfide deposits are replaced by brown...
The study of mode of occurrence of Au, Ag, Bi, Se and Te covers a row of giant VMS deposits of the U...
Despite the fact that both As and U represent geogenic trace elements potentially toxic to humans, l...