atheneite
Sign in to saveAlso known as IMA1973-050
thumb | right Atheneite is a rare palladium, mercury arsenide mineral with the chemical formula associated with palladium–gold deposits. Its composition parallels that of arsenopalladinite (), isomertieite () and meritieite-II () (Cabral, 2002).
In the Vinony graph
Vinony's link graph records 4 inbound references to atheneite, and connects out to relative density, Brazil and gold.
Vinony files it under Arsenide minerals, Hexagonal minerals and Mercury minerals.
Vinony links it to 6 Wikipedia language editions.
Wikidata facts
- Subclass of
- sulfide class of minerals
- Named after
- Athena
- Image
- BSE images showing PGMs and Au association - Atheneite.png
Show 7 more facts
- crystal system
- hexagonal crystal system
- type locality (geology)
- Itabira
- Commons category
- Atheneite
- IMA Mineral Symbol
- Ah
- chemical formula
- Pd₂As₀.₇₅Hg₀.₂₅
- Nickel-Strunz 9th edition (updated 2009)
- 2.AC.05a
- Nickel-Strunz '10th ed', review of (9th ed/ 2009 update)
- 2.AC.05a
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Encyclopedic overview
4 sectionsContents
- Discovery and occurrence
- Structure
- Physical properties
- References
thumb | right Atheneite is a rare palladium, mercury arsenide mineral with the chemical formula associated with palladium–gold deposits. Its composition parallels that of arsenopalladinite (), isomertieite () and meritieite-II () (Cabral, 2002).
==Discovery and occurrence== It was discovered in 1974 by A.M. Clark, A.J. Criddle, and E.E. Fejer in the Minas Gerais mine in the town of Itabira, Brazil (Clark, 1974). Atheneite was also found in 1982 during a major gold rush at Serra Pelada in northern Brazil. Since then it has been found in the northern region of Para, Brazil, the northern region of Russia, and the Limpopo province of South Africa (Cabral, 2002; Trabaev, 1995). Its name is derived from the Greek goddess Pallas Athena for its association with palladium-gold deposits. It was first found in concentrates from gold washings in Brazil with intergrowths of arsenopalladinite (Fleischer, 1974). Hematite was also found in intergrowths with atheneite, and is interpreted as being the product of a low temperature, hydrothermal origin.
Excerpted from Wikipedia’s “atheneite” article, available under the CC BY-SA 4.0 licence.