#nanotube — Public Fediverse posts

Carbon #nanotube thermal pad not record-breaking but very reliable long-term.
https://www.igorslab.de/en/noctua-nt-cp1-carbon-nanotube-thermal-pad-test-durable-high-end-consumer/
#CPU #computing #PC #hardware

Carbon #nanotube thermal pad not record-breaking but very reliable long-term.
https://www.igorslab.de/en/noctua-nt-cp1-carbon-nanotube-thermal-pad-test-durable-high-end-consumer/
#CPU #computing #PC #hardware

Carbon #nanotube thermal pad not record-breaking but very reliable long-term.
https://www.igorslab.de/en/noctua-nt-cp1-carbon-nanotube-thermal-pad-test-durable-high-end-consumer/
#CPU #computing #PC #hardware

Carbon #nanotube thermal pad not record-breaking but very reliable long-term.
https://www.igorslab.de/en/noctua-nt-cp1-carbon-nanotube-thermal-pad-test-durable-high-end-consumer/
#CPU #computing #PC #hardware

#VULTURINE #GUINEA #FOWL aepiot.ro?lang=en&q=VU... #TREMEL #STATES #JONES semantic-search.headlines-world.com/advanced-sea... #VERTICALLY #ALIGNED #CARBON #NANOTUBE #ARRAYS allgraph.ro?lang=en&q=VE... #DON #SEGUNDO #SOMBRA semantic-search.allgraph.ro/advanced-sea... aepiot.ro

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🌡️ Breakthrough carbon nanotube material sets new thermal insulation record

https://phys.org/news/2025-09-breakthrough-carbon-nanotube-material-thermal.html

#materials #heat #thermal #insulation #carbon #technology #nanotechnology #nanotube

🌡️ Breakthrough carbon nanotube material sets new thermal insulation record

https://phys.org/news/2025-09-breakthrough-carbon-nanotube-material-thermal.html

#materials #heat #thermal #insulation #carbon #technology #nanotechnology #nanotube

🌡️ Breakthrough carbon nanotube material sets new thermal insulation record

https://phys.org/news/2025-09-breakthrough-carbon-nanotube-material-thermal.html

#materials #heat #thermal #insulation #carbon #technology #nanotechnology #nanotube

🌡️ Breakthrough carbon nanotube material sets new thermal insulation record

https://phys.org/news/2025-09-breakthrough-carbon-nanotube-material-thermal.html

#materials #heat #thermal #insulation #carbon #technology #nanotechnology #nanotube

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

#Carbon #nanotube use in lightweight, high-performance armor materials, for example, in shields 🛡️ around #spacecraft to mitigate damage from flying high-speed #microdebris. "By adding Kevlar nanofibers, we were able to achieve nearly 100% 📈 improvement in energy dissipation performance at certain supersonic impact 💥 velocities" https://news.wisc.edu/new-lightweight-super-material-could-battle-bullets-deflect-space-debris/

#SpaceDebris

#Carbon #nanotube use in lightweight, high-performance armor materials, for example, in shields 🛡️ around #spacecraft to mitigate damage from flying high-speed #microdebris. "By adding Kevlar nanofibers, we were able to achieve nearly 100% 📈 improvement in energy dissipation performance at certain supersonic impact 💥 velocities" https://news.wisc.edu/new-lightweight-super-material-could-battle-bullets-deflect-space-debris/

#SpaceDebris

#Carbon #nanotube use in lightweight, high-performance armor materials, for example, in shields 🛡️ around #spacecraft to mitigate damage from flying high-speed #microdebris. "By adding Kevlar nanofibers, we were able to achieve nearly 100% 📈 improvement in energy dissipation performance at certain supersonic impact 💥 velocities" https://news.wisc.edu/new-lightweight-super-material-could-battle-bullets-deflect-space-debris/

#SpaceDebris

#Carbon #nanotube use in lightweight, high-performance armor materials, for example, in shields 🛡️ around #spacecraft to mitigate damage from flying high-speed #microdebris. "By adding Kevlar nanofibers, we were able to achieve nearly 100% 📈 improvement in energy dissipation performance at certain supersonic impact 💥 velocities" https://news.wisc.edu/new-lightweight-super-material-could-battle-bullets-deflect-space-debris/

#SpaceDebris

Tunnelling #nanotube formation is driven by #Eps8/#IRSp53-dependent linear #actin polymerization
Michael Henderson, Chiara Zurzolo, Patricia Bassereau and coworkers
https://www.embopress.org/doi/full/10.15252/embj.2023113761

Tunnelling #nanotube formation is driven by #Eps8/#IRSp53-dependent linear #actin polymerization
Michael Henderson, Chiara Zurzolo, Patricia Bassereau and coworkers
https://www.embopress.org/doi/full/10.15252/embj.2023113761

Tunnelling #nanotube formation is driven by #Eps8/#IRSp53-dependent linear #actin polymerization
Michael Henderson, Chiara Zurzolo, Patricia Bassereau and coworkers
https://www.embopress.org/doi/full/10.15252/embj.2023113761

Tunnelling #nanotube formation is driven by #Eps8/#IRSp53-dependent linear #actin polymerization
Michael Henderson, Chiara Zurzolo, Patricia Bassereau and coworkers
https://www.embopress.org/doi/full/10.15252/embj.2023113761

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

For a long time, it has been suspected that #fullerene and its derivatives could form naturally in the #universe. These are large #carbon #molecules shaped like a football, salad bowl or #nanotube.
#Chemistry #Science #sflorg
https://www.sflorg.com/2023/03/chm03272302.html

For a long time, it has been suspected that #fullerene and its derivatives could form naturally in the #universe. These are large #carbon #molecules shaped like a football, salad bowl or #nanotube.
#Chemistry #Science #sflorg
https://www.sflorg.com/2023/03/chm03272302.html

For a long time, it has been suspected that #fullerene and its derivatives could form naturally in the #universe. These are large #carbon #molecules shaped like a football, salad bowl or #nanotube.
#Chemistry #Science #sflorg
https://www.sflorg.com/2023/03/chm03272302.html

For a long time, it has been suspected that #fullerene and its derivatives could form naturally in the #universe. These are large #carbon #molecules shaped like a football, salad bowl or #nanotube.
#Chemistry #Science #sflorg
https://www.sflorg.com/2023/03/chm03272302.html

Carbon #nanotube walls are basically #graphene, its hexagonal lattice of #atoms rolled into a tube. Chirality refers to how the hexagons are angled within the lattice, between 0 and 30 degrees. That determines whether the nanotubes are #metallic or #semiconductors.
#Nanotechnology #Engineering #Chemistry #sflorg
https://www.sflorg.com/2022/11/nt11102201.html

Carbon #nanotube walls are basically #graphene, its hexagonal lattice of #atoms rolled into a tube. Chirality refers to how the hexagons are angled within the lattice, between 0 and 30 degrees. That determines whether the nanotubes are #metallic or #semiconductors.
#Nanotechnology #Engineering #Chemistry #sflorg
https://www.sflorg.com/2022/11/nt11102201.html