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Zhenhua Zhenhua, Akimasa Akimasa, Shabani Shabani (1992)
Tetrad effects of rare‐earth elements in rare‐metal granitesGeochimica
(1991)
Study on geochemical characteristics and mineralization enrichment regularity of Kalatongke No . 1 Cu , Ni - sulphide deposit , Xinjiang
(1992)
Tetrad effects of rareelements in rare-metal granites
Drake Drake (1975)
The Oxidation state of europium as an indicator of oxygen fugacityGeochim Cosmochim. Acta., 39
(1991)
Study on geochemical characteristics and mineralization enrichment regularity of Kalatongke No. 1 Cu, Ni-sulphide deposit
(1991)
Trace element composition of exhalites associated with the Broken Hill sulfide deposit
(1991)
Trace element composition of exhalites associated with the Broken Hill sulfide
(1986)
Petrology of a Ni-bearing rock body, Xnjimg
(1992)
On Cu-Ni sulfide deposits in taphrogeosyncline
(1998)
Geochemical characteristic of REE of c w - n i c k e l sulfide deposits in China
(1991)
Knlatongke Cu-Ni Sulfide No. I Ore Deposit in Xinjiung. Beijing: Geological Publishing House, 319 (in Chinese with English abstract)
(1991)
Knlatongke Cu-Ni Sulfide No. I Ore Deposit in Xinjiung
(1991)
REE geochemistry of the Jinding superlarge Pb-Zn deposit
(1994)
Trace element abundances and tectonic environment of the host intrusion of Kalatongke
C. Hawkesworth, P. Lightfoot, V. Fedorenko, S. Blake, A. Naldrett, W. Doherty, N. Gorbachev (1995)
Magma differentiation and mineralisation in the Siberian continental flood basaltsLithos, 34
B. Lottermoser (1991)
Trace element composition of exhalites associated with the Broken Hill sulfide deposit, AustraliaEconomic Geology, 86
M. Drake (1975)
The oxidation state of europium as an indicator of oxygen fugacity. [lunar and terrestrial rocks, achondritic meteorites]
(1995)
Geological-geochemical characteristics of the basic-ultrabasic rocks in the east of Xinjiang
(1986)
Petrology of a Ni-bearing rock body
(1998)
Geochemical characteristic of REE of c w -n i c k e l sulfide deposits in China. Mineral Resources and Geology
(1993)
Some characteristics of the geological evolution , diagenesis and mineralization of Northern Xinjiang
(1992)
On Kalatongke No. 1 Cu-Ni sulphkk deposit
(1993)
The characteristics of d c intrusive body bearing Cu - Ni mineralization in southern Kalatongke district , Xinjiang
W. Deng (2001)
ARGON ISOTOPIC STUDY OF ROCK AND ORE FROM THE ALTAY OROGENIC BELTJournal of Changchun University of Science and Technology
(1994)
Trace element abundances and tectonic environment of the host intrusion of Kalatongke Cu-Ni deposit
(1993)
The characteristics of d c intrusive body bearing Cu-Ni mineralization in southern Kalatongke district, Xinjiang. In: New Improvement of Solid Geosciences in Northern Xinjiang
(1984)
Rare earth abundance in mantle rocks
(1995)
Vltrumafic Rocks in China
Abstract On the basis of the study on the REE geochemistry of the ore minerals and host rocks of the Kalatongke Cu‐Ni deposit, Xinjiang, it is indicated that the major ore minerals, sulfides, were sourced from the host mafic‐ultramafic magma. Characterized by low REE content of sulfide, such a Cu‐Ni sulfide deposit occurring in the orogen is obviously different from that on the margin of the craton. Because the mafic‐ultramafic rocks from the Cu‐Ni sulfide deposit occurring in the orogen is water‐rich and the REEs of some sulfides show a particular “multiple‐bending” pattern, which suggests coexistence of multiple liquid phases (fluid and melt), the sulfide melt possibly contains a great deal of hydrothermal fluids and increasingly developed gases and liquid‐rich ore‐forming fluids after the main metallogenic epoch (magmatic segregation stage).
Acta Geologica Sinica (English Edition) – Wiley
Published: Apr 1, 2004
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