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| Antimony (16) | |
| Asbestos (22) | |
| Garnet (16) | |
| Graphite (184) | |
| Maghemite (3) | |
| Manganite (7) | |
| Mica (5) | |
| Mineral (85) | |
| Olivine (12) | |
| Perovskite (170) | |
| Pyrochlore (8) | |
| Quartz (37) | |
| Tetrahedrite (5) | |
| Wurtzite (3) | |
| Zeolite (52) | |
The present research focused instead on nanowires of a less-common crystalline form the hexagonal so-called wurtzite structure.
The team subjected wurtzite gallium arsenide to up to about 227000 times normal atmospheric pressure (23 gigapascals) in diamond anvil cells.
Significantly they discovered that around 207000 times normal atmospheric pressure (21 gigapascals) the wurtzite gallium arsenide nanowires underwent a structural change that induced a new phase the so-called orthorhombic one
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