PARABARIOMICROLITE Meaning and
Definition
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Parabariomicrolite is a complex and technical term used in mineralogy to describe a rare and specific type of microcrystalline mineral. Composed primarily of niobium and tantalum, it belongs to the pyrochlore group of minerals.
In terms of its physical characteristics, parabariomicrolite is typically found as tiny, opaque crystals that are translucent to transparent. It possesses a high refractive index, with colors ranging from brown and black to yellow and red, depending on impurities present in its composition. It has a vitreous to submetallic luster and commonly forms in cubic crystals.
The mineral is classified as a supergene formation, meaning it is created by the weathering of primary niobium and tantalum-rich ores. Parabariomicrolite is often found in association with other tin-bearing minerals, granite, and pegmatitic rocks. It is most commonly discovered in locations rich in rare earth elements such as Brazil, Canada, and Australia.
Due to its rarity and industrial applications, parabariomicrolite has gained significant interest and value. It is primarily sought after for its niobium and tantalum content, as these elements are crucial in the production of various high-tech materials and alloys. Additionally, its unique crystal structure and physical properties make it a subject of scientific study in the field of mineralogy.
Etymology of PARABARIOMICROLITE
The word "parabariomicrolite" is a technical term in mineralogy, specifically within the field of crystallography.
The term can be broken down into its constituent parts:
1. "Para-" is a prefix that often indicates "similar to" or "beside".
2. "Bario-" is a combining form derived from the Greek word "barus", meaning "heavy". It is related to the element barium in the periodic table.
3. "Micro-" is a combining form derived from the Greek word "mikros", meaning "small" or "tiny".
4. "-lite" is a suffix commonly used in mineralogical terminology to indicate a type of rock or mineral.
Therefore, when put together, the word "parabariomicrolite" suggests a mineral similar to barium minerals, but with small or tiny dimensions.
