Aragonite Meaning: Definition, Examples, and Translations
๐ชธ
aragonite
[หรฆrษหษกษnaษชt ]
Definition
mineral composition
Aragonite is a carbonate mineral, one of the two primary forms of calcium carbonate, the other being calcite. It is a crystalline form of calcium carbonate that typically forms in oceanic settings, particularly in marine environments. Aragonite is less stable than calcite and can transform to calcite over geological time.
Synonyms
calcium carbonate, carbonate mineral.
Examples of usage
- The shell of a mollusk is often composed of aragonite.
- Aragonite can be found in various types of coral reefs.
- Certain types of marble are made up of aragonite.
- In aquariums, aragonite substrate helps maintain pH levels.
- It is used in some industrial applications due to its properties.
Translations
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Interesting Facts
Natural Science
- This mineral can form in various environments, especially in oceans and lakes.
- It can convert to calcite under certain pressures and temperatures, highlighting its dynamic nature in geology.
- Fossils often preserve aragonite, providing insights into ancient marine life.
Cultural Significance
- In some cultures, aragonite is believed to promote emotional balance and help with stress relief.
- Aragonite crystals are used in jewelry and decor, valued for their unique aesthetics.
Geology
- It is commonly found in sedimentary rocks, often alongside limestone.
- Aragonite can change its form to calcite under certain conditions, making it a key point of study in mineralogy.
Applications
- Aragonite is used in various industries, such as agriculture, where it can improve soil health.
- In aquariums, it helps maintain pH levels and provides habitat for marine organisms.
Origin of 'aragonite'
Main points about word origin
- The name 'aragonite' comes from the Aragon region in Spain, where it was first discovered.
- It is derived from the Latin word 'calx', meaning lime, which relates to its composition.
The term 'aragonite' originates from the name of the mineral's type locality, which is located in the region of Aragon in Spain, where it was first described in the 1790s. It was identified by the French chemist and mineralogist Pierre Louis Antoine Cordier. Aragonite's structure and formation process were studied throughout the 19th century, leading to a clearer understanding of its geological and biological significance. The distinction between aragonite and calcite was noted in mineralogy due to their different crystal structures and stability at different temperatures and pressures. With a growing interest in marine biology and geology, aragonite gained significance as researchers explored its role in marine ecosystems and its applications in aquaculture and environmental science. Today, aragonite is recognized for its importance in various fields, including geology, biology, and material science.