Difference between revisions of "Base materials with high potential"
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== Simple salt structures == | == Simple salt structures == | ||
| − | * [[ | + | * [[periclase]] |
| − | * | + | * some transition metal monoxides |
== Con: low crystal structure symmetry == | == Con: low crystal structure symmetry == | ||
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== Con: Rather soft materials == | == Con: Rather soft materials == | ||
| − | * [[ | + | * [[calcite]] and aragonite |
[[Category:Base materials with high potential]] | [[Category:Base materials with high potential]] | ||
Revision as of 21:31, 12 April 2021
Best of the best
- diamond and its polymorphs including hexagonal diamond aka lonsdaleite
- moissanite - SiC - high heat resistance
- stishovite and seifertite - metastable ultrahard and dense SiO2 polymorphs
- simple titanium gemstones including: TiN TiP TiC TiSi2 TiB2 TiO2 Ti2O3
Simple rutile structure & hard
- rutile TiO2
- stishovite - metastable SiO2 polymorph - rutile structure & very hard and dense
- neo-polymorphs of the above
Simple salt structures
- periclase
- some transition metal monoxides
Con: low crystal structure symmetry
- leukosapphire - very hard
- quartz
Con: Rather soft materials
- calcite and aragonite
