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Ruby blende

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Ruby blende
General
Category	Mineral

Ruby blendeorgarnete blende are two close trivial names for several dissimilar minerals,^[1]^: 112 with their appearance sometimes imitating red-colored precious stones, primarily natural garnetsorrubies.^[2] In the scientific community, the systematic use of the term generally ended in the 19th century, with the transition to the modern system of naming minerals. Currently, both names are primarily used among mineral collectors and dealers, as well as geologists, miners and related trades.

Miargyrite is a rare steel-colored ore mineral with an internal garnet reflection, very fragile.^[1]^: 112
Pyrargyrite^[3]^{: 425–430} is a relatively rare ore mineral of dark red color with a diamond-metallic sheen, related to the previous one.^[4]^: 640
Proustite^[3]^{: 425–430} is a silver ore mineral, similar in composition to the previous two, and forms crimson crystals with a lead-gray sheen.^[4]^: 640
Sphalerite^[5]iszinc blende, some varieties of which have a rich red color with an orange tint.

Gallery[edit]

References[edit]

^ ^a ^b Krivovichev V. G. Mineralogical glossary. Scientific editor A. G. Bulakh [ru]. — St.Petersburg: St.Petersburg Univ. Publ. House. 2009. 556 p. — ISBN 978-5-288-04863-0

^ Although the term "ruby blende" is more common, the comparison with "garnet blende" seems more accurate. The vast majority of the mineral varieties listed below imitate garnet shades of red, but not ruby.

^ ^a ^b Robert Jameson. A System of Mineralogy, in which Minerals are Arranged According to the Natural History Method. — Edinburgh, A. Constable & Co., 1820.

^ ^a ^b Andrew Ure. A dictionary of chemistry, in which the principles of the science are investigated anew, and its applications to the phenomena of nature, medicine, mineralogy, agriculture, and manufactures detailed. — London: Tegg, 1828

^ Richard Rennie and Jonathan Law (2016). A dictionary of chemistry (7th ed.). Oxford: Oxford University Press. ISBN 978-0-19-178954-0. OCLC 936373100.

^ All garnet blende have a metallic luster, which limits the perception of the internal color (reflex) of the mineral, so the conditions for photographing different samples are especially important. Miargyrite in the frame does not transmit light, it was shot in reflected light and therefore looks purely metalloid.

See also[edit]

This article includes a list of related items that share the same name (or similar names).
If an internal link incorrectly led you here, you may wish to change the link to point directly to the intended article.

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