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- Q3785465 subject Q7174911.
- Q3785465 subject Q7256096.
- Q3785465 abstract "Hidalgoite, PbAl3(AsO4)(SO4)(OH)4, is a rare member of the beudantite group and is usually classified as part of the alunite family. It was named after the place where it was first discovered, the Zimapán mining district, Hidalgo, Mexico. At Hidalgo where it was initially discovered, it was found as dense white masses in alternating dikes of quartz latite and quartz monzonite alongside other secondary minerals such as sphalerite, arsenopyrite, cerussite and trace amounts of angelsite and alamosite, it was then rediscovered at other locations such as Australia where it occurs on oxidized shear zones above greywacke shales especially on the anticline prospects of the area, and on fine grained quartz-spessartine rocks in Broken Hill, Australia. Hidalgoite specimens are usually associated with copper minerals, clay minerals, iron oxides and polymetallic sulfides in occurrence. Hidalgoite is categorized under the trigonal crystal system and R3m space group and can be denoted by the H-M symbol (32/m). Physical properties of hidalgoite include its gray white to light gray color, a white streak, specific gravity of 3.96 and a hardness of 4.5. Hidalgoite specimens are usually translucent to sub opaque, and the brittle nature of mineral produces conchoidal fractures. It has an earthy luster.".
- Q3785465 thumbnail Hidalgoite-503442.jpg?width=300.
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- Q3785465 wikiPageWikiLink Q7174911.
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- Q3785465 wikiPageWikiLink Q7256096.
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- Q3785465 name "Hidalgoite".
- Q3785465 type ChemicalSubstance.
- Q3785465 type Mineral.
- Q3785465 type ChemicalObject.
- Q3785465 type Thing.
- Q3785465 type Q7946.
- Q3785465 comment "Hidalgoite, PbAl3(AsO4)(SO4)(OH)4, is a rare member of the beudantite group and is usually classified as part of the alunite family. It was named after the place where it was first discovered, the Zimapán mining district, Hidalgo, Mexico.".
- Q3785465 label "Hidalgoite".
- Q3785465 depiction Hidalgoite-503442.jpg.
- Q3785465 name "Hidalgoite".