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Moon Dust series #1

Anorthite is the calcium endmember of the plagioclase feldspar mineral series. The chemical formula of pure anorthite is CaAl2Si2O8. Anorthite is found in mafic igneous rocks. Anorthite is rare on the Earth but abundant on the Moon. Anorthite is the calcium-rich endmember of the plagioclase solid solution series, the other endmember being albite, NaAlSi3O8. Anorthite also refers to plagioclase compositions with more than 90 molecular percent of the anorthite endmember. At 1 atmosphere, anorthite melts at 1553 °C. Anorthite is a rare compositional variety of plagioclase. It occurs in mafic igneous rock. It also occurs in metamorphic rocks of granulite facies, in metamorphosed carbonate rocks, and corundum deposits. Its type localities are Monte Somma and Valle di Fassa, Italy. It was first described in 1823. It is more rare in surficial rocks than it normally would be due to its high weathering potential in the Goldich dissolution series. It also makes up much of the lunar highlands; the Genesis Rock is made of anorthosite, which is composed largely of anorthite. Anorthite was discovered in samples from comet Wild 2, and the mineral is an important constituent of Ca-Al-rich inclusions in rare varieties of chondritic meteorites.

IPFS Pinata Cloud| Anorthite Model |Anorthite Image

This NFT description uses material from the Wikipedia article Anorthite which is released under the CC-BY-SA

Compounds collection image

Be the first to own a small piece of the chemical universe! Each ball and stick 3d model is unique to that compound and is scientifically accurate to the nanoscale. There are many autogenerated art pieces, but none can say they were formed almost entirely by nature, until now. By collecting a molecule you can fuel scientific progress and take ownership in the building blocks of our world! And with more than 350,000 chemical compounds tabulated by modern science, everyone will get to share in a wealth of knowledge.

Thank you to our top supporter 100001 @ 2.3 ETH!

カテゎリヌ Art
コントラクトのアドレス0x495f...7b5e
トヌクン ID
トヌクン暙準ERC-1155
チェヌンEthereum
メタデヌタ集䞭
クリ゚むタヌ収益
10%

Anorthite [Moon Dust] (CaAl2Si2O8)

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175 閲芧回数
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    米ドル䟡栌
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    有効期限
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    米ドル䟡栌
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    最䜎䟡栌差
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Anorthite [Moon Dust] (CaAl2Si2O8)

visibility
175 閲芧回数
  • 䟡栌
    米ドル䟡栌
    数量
    有効期限
    送信元
  • 䟡栌
    米ドル䟡栌
    数量
    最䜎䟡栌差
    有効期限
    送信元

Moon Dust series #1

Anorthite is the calcium endmember of the plagioclase feldspar mineral series. The chemical formula of pure anorthite is CaAl2Si2O8. Anorthite is found in mafic igneous rocks. Anorthite is rare on the Earth but abundant on the Moon. Anorthite is the calcium-rich endmember of the plagioclase solid solution series, the other endmember being albite, NaAlSi3O8. Anorthite also refers to plagioclase compositions with more than 90 molecular percent of the anorthite endmember. At 1 atmosphere, anorthite melts at 1553 °C. Anorthite is a rare compositional variety of plagioclase. It occurs in mafic igneous rock. It also occurs in metamorphic rocks of granulite facies, in metamorphosed carbonate rocks, and corundum deposits. Its type localities are Monte Somma and Valle di Fassa, Italy. It was first described in 1823. It is more rare in surficial rocks than it normally would be due to its high weathering potential in the Goldich dissolution series. It also makes up much of the lunar highlands; the Genesis Rock is made of anorthosite, which is composed largely of anorthite. Anorthite was discovered in samples from comet Wild 2, and the mineral is an important constituent of Ca-Al-rich inclusions in rare varieties of chondritic meteorites.

IPFS Pinata Cloud| Anorthite Model |Anorthite Image

This NFT description uses material from the Wikipedia article Anorthite which is released under the CC-BY-SA

Compounds collection image

Be the first to own a small piece of the chemical universe! Each ball and stick 3d model is unique to that compound and is scientifically accurate to the nanoscale. There are many autogenerated art pieces, but none can say they were formed almost entirely by nature, until now. By collecting a molecule you can fuel scientific progress and take ownership in the building blocks of our world! And with more than 350,000 chemical compounds tabulated by modern science, everyone will get to share in a wealth of knowledge.

Thank you to our top supporter 100001 @ 2.3 ETH!

カテゎリヌ Art
コントラクトのアドレス0x495f...7b5e
トヌクン ID
トヌクン暙準ERC-1155
チェヌンEthereum
メタデヌタ集䞭
クリ゚むタヌ収益
10%
keyboard_arrow_down
むベント
䟡栌
開始日
終了日
日付