Re:A type of semi-transparent polymer that can be mended at ...
by clort on Thursday December 28, 2017 @03:34AM
(#16020989)
I'm thinking that if you can stick things that people commonly carry around together just by pressing them against each other that this opens up a whole new area of drunken antics
Re:A type of semi-transparent polymer that can be mended at ...
by dogma1138 on Thursday December 28, 2017 @03:31AM
(#16020979)
If it’s non crystalline then yes, glass is defined as a non crystalline amorphous solid and there are more than a handful of plastics that fall into that category.
Re:A type of semi-transparent polymer that can be mended at ...
by dogma1138 on Thursday December 28, 2017 @08:19AM
(#16021827)
Someone has already answered, most metals are crystalline, the metallic alloys that aren't are actually called metallic glass, there aren't many of them and they were first produced in the 50's or 60's.
But for all intents and purposes nearly all commonly used metals and alloys are crystalline, metallography is pretty much the study of the different types of crystalline structures that any given metal or alloy can have.
Each metal can also have multiple crystalline structures this is how you give different properties to the same metal or alloy, this most usually achieved through heat treating, quenching and tempering, or alternatively metals that cannot be heat treated are often work hardened or "cold formed".
And here's the actual paper all the articles are about: http://science.sciencemag.org/content/early/2017/12/13/scien...
Plastic is organic glass?
But for all intents and purposes nearly all commonly used metals and alloys are crystalline, metallography is pretty much the study of the different types of crystalline structures that any given metal or alloy can have.
Each metal can also have multiple crystalline structures this is how you give different properties to the same metal or alloy, this most usually achieved through heat treating, quenching and tempering, or alternatively metals that cannot be heat treated are often work hardened or "cold formed".
The video is down here, looks almost like a gooey liquid how it melts back together... http://www.asahi.com/ajw/articles/AJ201712150041.html