Carbon Nanotubes Harder Than Diamond
purduephotog writes "CDAC has announced the formation of a new form of hexagonal packed carbon similiar to diamond. Carbon nanotubes are compressed at 75 GPa and quenched. The new material is conclusively different via Raman Spectroscopy and both cracked and indented the diamond anvil used in its creation. CDAC is also known to have created via CVD the hardest diamond to date."
Does it go to 11?
The key difference between a Programmer and a Senior Programmer is that one of them is Mexican.
I've never done a spectroscopic analysis of ramen before - I usually just ate it
I cant see them becoming a girls best friend though
Do not try to read the dupe, thats impossible. Instead, only try to realize the truth
What truth?
There is no dupe
Raman Spectroscopy
Dude, they're always tough until you boil them for 3 minutes. This is nothing new.
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And thus, the student overtakes the master.
Ut Tensio, Sic Vis
That's why he made it a link.
:)
Now, in order to read the article text in the proceedings of the national academies of science you'll apparently have to clink on a link with the name "WANG_PNAS.pdf" and I'm just not feeling that daring while I'm still at work on a Friday afternoon
- "Hear that?! The percolations are imminent! Cease your ingress!"
What? They compress African peasants to make diamonds? The bastards!
Raman spectroscopy, is a branch where one looks at the wavelength shift occurring as light passes through a sample.
Ramen spectroscopy, on the other hand, is applying a single frequency, usually 2.5GHz, to the ramen which is in a water solution, for about 3 minutes. The analysis is rather straightfoward, but you should blow on it otherwise it might scald your measuring equipment.
-- If god wanted me to have a sig, he'd have given me a sense of humor.
I'm expecting 2 more dupes of this article.