Fluorellestadite example sentences
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- "Fluorellestadite" example sentences
Related (14): fluorite, estadite, fluorescence, mineral, crystal, rare, gemstone, light, colorless, green, pink, purple, yellow, blue.
"Fluorellestadite" Example Sentences
- "Fluorellestadite" is a rare mineral found in some meteorites.
- It is believed that "fluorellestadite" was formed in a supernova explosion.
- Identification of "fluorellestadite" is based on its unique composition and crystal structure.
- "Fluorellestadite" is a calcium-aluminium-silicate mineral.
- It is the only mineral known to contain fluorine, making "fluorellestadite" highly sought after.
- The chemical formula for "fluorellestadite" is Ca2Al2Si3O12F.
- "Fluorellestadite" is a very rare mineral and is only found in a few places on Earth.
- "Fluorellestadite" is usually found as small crystals or as masses of intergrown crystals.
- "Fluorellestadite" has a vitreous to pearly luster and is typically white to light gray in color.
- "Fluorellestadite" is usually associated with other rare minerals such as schairerite and boracite.
- "Fluorellestadite" was first discovered in the Allende meteorite in 1969.
- The type locality for "fluorellestadite" is the Nakhla meteorite, which fell in Egypt in 1911.
- "Fluorellestadite" is also found in the Dhofar region of Oman and in the Tenham meteorite in Australia.
- "Fluorellestadite" is an important mineral for scientists studying the formation of the solar system.
- "Fluorellestadite" has been used to date the formation of meteorites and to study the chemical composition of the early solar system.
- "Fluorellestadite" is a mineral that is difficult to find and collect due to its rarity.
- "Fluorellestadite" has been found in a few meteorites, but is rarely seen in terrestrial rocks.
- "Fluorellestadite" is an important mineral for understanding the formation and evolution of the solar system.
- "Fluorellestadite" has a Mohs hardness of 5.5 to 6 and a specific gravity of 3.05.
- "Fluorellestadite" is an important mineral for understanding the chemical composition of the early solar system.
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