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xenotime: characteristics, origin and applications

by:Newland     2019-10-15
Learn more about minerals known as xenostime
Its features, history, use and application.
Xenostime is a family of phosphate minerals containing rare earth metals.
Its chemical formula is ypo (
Positive phosphate (y).
Xenotime contains a high level of y, as well as other rare earth metals that replace y in the main chemical composition of the mineral, such as yb and er.
Learn more about minerals known as xenostime
Its features, history, use and application.
Xenostime is a family of phosphate minerals containing rare earth metals.
It has a classic recipe (
Positive phosphate (y).
Xenotime contains a high level of y, as well as other rare earth metals, such as yb and er, which replace the main chemical components of the inerizer.
Features are usually brown, brown, or gray, and xenostime is a mineral known for its ancient brown, tan, brown, and white stripes.
The hardness of Moshi is grade 4.
This means that it is a relatively soft and brittle mineral.
It is described by the neurologist as having a glass-like torsional gloss.
From translucent to opaque, the appearance of the crystaltime Crystal is also different.
Yttrium time contains the level of y composed of its main components: the three positive phosphate of hosphate.
There are other rare earth metals in the other samples of xentime in place of y.
These alternative metals include dys, er, tb, and yb.
Other metal elements also appear as secondary components of xentime.
These are mainly thorium and uranium.
Although xenotimeone is neither radioactive nor luminous, impurities such as trace uranium and thorium lead toxenotis are radioactive.
Xenostime also appears in rock samples, such as Weijing rock and a set of hemp that also contains high levels of quartz and cloud mother rock.
Origin and history of investment in 1832
Norwegian Agder who first discovered and described xenotime.
Its name comes from the Greek word \"vain wine\" and the suffix \"timetime\" comes from the Greek word \"forhonor \";
This suffix is considered due to the addition of rare earth elements that the discoverer first considers to be a newly discovered element.
After the discovery in Norway, several sources of xentime were found in Brazil, South America (
There, five different mines produce and continue to produce large deposits. ;
Ma Island in Africa;
Colorado, North Carolina, Georgia and California in the United States.
There are two main uses for xentime.
Due to its high content, it is considered to be the main source of this substance.
In turn, y is used to make y-
Filter of aluminum garnets lasersand yttriumiron garnets.
It is also the main source of rare earth metals, such as rare earth for laser and manufacturing rare earth magnets;
Er, a rare earth metal used in the manufacture of laser and vanadium steel;
Gd, another rare earth metal, is used as a major component in various technical applications such as high refraction glass, rare earth magnets and lasers, and as an MRI contrast agent and an nmr relaxation agent;
Ytterbium is the main component in the manufacture of infrared lasers and also the component of chemical reducing agents.
Xentime is also a gem.
The fine crystals of xenostime are carefully cut into brown yellow gems.
However, the xenoptime postgs is relatively weak (4.
5 of Mohs hardness)
Make it a challenging crystal.
This article is brought to you by PublicMining.
Org is a free resource for mining investors and is a case for public mining companies including juniormining.
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