Difference between revisions of "Isotropy of materials"
From apm
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[[Diamondoid compounds]] have at best cubic symmetry better almost spherical isotropy (direction independence of mechanical and other properties) needs to be emulated by [[diamondoid metamaterials]]. <br> | [[Diamondoid compounds]] have at best cubic symmetry better almost spherical isotropy (direction independence of mechanical and other properties) needs to be emulated by [[diamondoid metamaterials]]. <br> | ||
| − | Many [[diamondoid compounds]] like e.g. silicon nitride have low symmetry. This makes designing with them harder - automation of design can help. | + | Many [[diamondoid compounds]] like e.g. trigonal α-silicon-nitride have low symmetry. This makes designing with them harder - automation of design can help. |
Revision as of 06:05, 12 December 2015
Diamondoid compounds have at best cubic symmetry better almost spherical isotropy (direction independence of mechanical and other properties) needs to be emulated by diamondoid metamaterials.
Many diamondoid compounds like e.g. trigonal α-silicon-nitride have low symmetry. This makes designing with them harder - automation of design can help.
