… by ore type, showing that chalcopyrite from Cu-rich … chalcopyrite by deposit type and ore
type, respectively. This study demonstrates that the trace element composition of chalcopyrite …

… trace element concentrations in pyrrhotite, pentlandite, chalcopyrite, and pyrite from magmatic
Ni-Cu-PGE … of trace elements in BMS from magmatic sulfide deposits associated with mafic…

… on chalcopyrite composition. This study demonstrates that trace element concentrations
in chalcopyrite are … trees approach on trace elements in chalcopyrite from a single Ni-CuPGE …

… -induced X-ray emission (proton probe, micro-PIXE) and more recently laser ablation … of
trace elements in pyrrhotite, pentlandite, chalcopyrite, and pyrite in magmatic sulfide ore deposits…

… present in pentlandite (3,500 to 14,500 ppm) and pyrrhotite (100 to 160 ppm), but it is below
detection in chalcopyrite (Table 3). Zinc is the dominant trace element in chalcopyrite (370 to …

… The Oktyabrsk PGE-Cu-Ni deposit is one of the largest resources in the Norilsk–Talnakh
ore district, Russia, and it is viewed as an ore giant on a global scale. It contains three types of …

… trace element chemistry for mineral exploration targeting, through the study thousands of
pyrite and chalcopyrite … origin, in particular a PGE-dominated deposit. However, most of the …

… of some trace elements within some deposit types (eg, … deposits containing chalcopyrite).
It is thus difficult to make broad conclusions about the partitioning behaviour of trace elements …

… distribution of trace chalcophile elements in Ni-Cu-PGE deposits is important … trace elements
in BMS, and mass balance to assess the behaviour of PGE and other chalcophile elements …

… the deposit (Bates and Jackson 1987) For the purpose of this work we have defined PGE ore
deposits … The concentrations of all of the PGE are low in chalcopyrite, and the patterns are …