#leucite — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #leucite, aggregated by home.social.
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#Leucite is used to make dental porcelain (or rather, leucite + glass from melting feldspar incongruently). Thiis is becuase it:
is immune system compatible
is machinable
is fracture resistant with low porosity
it doesn't easily stain or discolour
and most importantly, its thermal expansion matches the metal anchorImage from: J.R. Mackert et al (1986)The effect of the leucite transformation on dental porcelain expansion, Dental Materials 2: 32-36
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#Leucite is used to make dental porcelain (or rather, leucite + glass from melting feldspar incongruently). Thiis is becuase it:
is immune system compatible
is machinable
is fracture resistant with low porosity
it doesn't easily stain or discolour
and most importantly, its thermal expansion matches the metal anchorImage from: J.R. Mackert et al (1986)The effect of the leucite transformation on dental porcelain expansion, Dental Materials 2: 32-36
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#Leucite is used to make dental porcelain (or rather, leucite + glass from melting feldspar incongruently). Thiis is becuase it:
is immune system compatible
is machinable
is fracture resistant with low porosity
it doesn't easily stain or discolour
and most importantly, its thermal expansion matches the metal anchorImage from: J.R. Mackert et al (1986)The effect of the leucite transformation on dental porcelain expansion, Dental Materials 2: 32-36
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#Leucite is used to make dental porcelain (or rather, leucite + glass from melting feldspar incongruently). Thiis is becuase it:
is immune system compatible
is machinable
is fracture resistant with low porosity
it doesn't easily stain or discolour
and most importantly, its thermal expansion matches the metal anchorImage from: J.R. Mackert et al (1986)The effect of the leucite transformation on dental porcelain expansion, Dental Materials 2: 32-36
-
#Leucite is used to make dental porcelain (or rather, leucite + glass from melting feldspar incongruently). Thiis is becuase it:
is immune system compatible
is machinable
is fracture resistant with low porosity
it doesn't easily stain or discolour
and most importantly, its thermal expansion matches the metal anchorImage from: J.R. Mackert et al (1986)The effect of the leucite transformation on dental porcelain expansion, Dental Materials 2: 32-36
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Leucite has a range of volcanic hills named after it, see:
https://www.geowyo.com/leucite-hills.htmlThese are strange, high potassium lamproites from the mantle, only 1-2 million years old.
Match that, organic goo #carpathite !
Students at Smith College have a nice page of #leucite thin section images:
https://www.science.smith.edu/geosciences/petrology/petrography/leucite/leucite.html -
Leucite has a range of volcanic hills named after it, see:
https://www.geowyo.com/leucite-hills.htmlThese are strange, high potassium lamproites from the mantle, only 1-2 million years old.
Match that, organic goo #carpathite !
Students at Smith College have a nice page of #leucite thin section images:
https://www.science.smith.edu/geosciences/petrology/petrography/leucite/leucite.html -
Leucite has a range of volcanic hills named after it, see:
https://www.geowyo.com/leucite-hills.htmlThese are strange, high potassium lamproites from the mantle, only 1-2 million years old.
Match that, organic goo #carpathite !
Students at Smith College have a nice page of #leucite thin section images:
https://www.science.smith.edu/geosciences/petrology/petrography/leucite/leucite.html -
Leucite has a range of volcanic hills named after it, see:
https://www.geowyo.com/leucite-hills.htmlThese are strange, high potassium lamproites from the mantle, only 1-2 million years old.
Match that, organic goo #carpathite !
Students at Smith College have a nice page of #leucite thin section images:
https://www.science.smith.edu/geosciences/petrology/petrography/leucite/leucite.html -
Leucite has a range of volcanic hills named after it, see:
https://www.geowyo.com/leucite-hills.htmlThese are strange, high potassium lamproites from the mantle, only 1-2 million years old.
Match that, organic goo #carpathite !
Students at Smith College have a nice page of #leucite thin section images:
https://www.science.smith.edu/geosciences/petrology/petrography/leucite/leucite.html