How Do You Spell BAURANOITE?

Pronunciation: [bˈɔːɹɐnˌɔ͡ɪt] (IPA)

Bauranoite is a mineral species that has a chemical formula of Cu3Pb(AsO4)2Cl2. The word "bauranoite" is pronounced as /baʊrənoʊaɪt/ in IPA phonetic transcription. The word is spelled as it is because it is derived from the name of the place where it was discovered: the Baurano mine. The suffix "-ite" is commonly used in mineral names to indicate that it is a mineral. The rest of the letters in the spelling of "bauranoite" are derived from its specific chemical formula.

BAURANOITE Meaning and Definition

  1. Bauranoite is a rare and unique mineral that belongs to the mineral class of sulfates. It is named after Federico Ahlfeld, a Bolivian mineralogist, who discovered this mineral in the Baurano mine in the Potosí Department, Bolivia. Bauranoite is primarily composed of complex hydrated lead calcium copper sulfate compounds, with the chemical formula PbCu(Ca,Ag)8(SO4)4(SiO4)2(OH)4·3H2O.

    This mineral forms transparent to translucent prismatic crystals that are typically found in a vitreous to greasy luster. Bauranoite crystals are often colorless or pale green, but they can also present shades of blue or yellow. The mineral's hardness ranges between 2 and 3 on the Mohs scale, indicating a relatively low resistance to scratching.

    Bauranoite is an uncommon mineral, primarily found in oxidized lead-copper deposits associated with supergene alteration of galena and tetrahedrite. It occurs in a hydrothermal environment, often in association with other secondary sulfates such as brochantite and pharmacosiderite.

    Due to its rarity, bauranoite doesn't hold any significant commercial value. However, it is highly sought after by mineral collectors and enthusiasts due to its unique crystal structure and attractive colors. Studying this mineral provides valuable insights into the geological processes and conditions that led to its formation. The discovery and analysis of minerals like bauranoite contribute to the overall understanding of Earth's composition and the forces that shape it.