Difference between revisions of "Rutile structure"
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(added link to yet unwritten page: Simple crystal structures of especial interest) |
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Revision as of 11:40, 14 April 2021
Various compounds that all share the rutile structure and thus may be amenable to patterned ... spanning up new areas of pseudo phase diagrams (here ordered by elemental abundance in earths crust):
- Stishovite SiO2 - not quartz - (Mohs 9.5 | silicon is the most common element on earth excluding oxygen) - 4.35g/ccm - heat resistance may be limited due to metastability
- Rutile TiO2 (Mohs 6-6.5 | titanium is very abundant)
- Pyrolusite MnO2 (Mohs 6-6.5 | Mn is not too rare but todays mining is environmentally destructive)
- Niobium dioxide = Niob(IV)-oxid NbO2
- Cassierite SnO2 (Mohs 6-7)
- Plattnerite β-PbO2 (Mohs 5.5 unusually hard for a lead compound | useful high density of ~9 g/cm3)
- Note that lead Pb tin Sn and niobium Nb are similar in their not too high abundance.
- Argutite GeO2 (Mohs 6-7 | germanium is pretty rare)
- Tripuhyite FeSbO4 (Mohs 6-7 | Antimony Sb is a little more rare than germanium Ge.
The much more common phosphorus analog FePO4 forms a soft hydroxide Strengite with different crystal structure) - Paratellurit (de) TeO2 (soft compound and tellurium is extremely rare)
