| Amorphous metal (4) |  |
| Heavy metal (27) | |
| Lanthanide (13) | |
| Metal (743) | |
| Metal foam (15) | |
| Noble metal (4) | |
| Precious metal (41) | |
| Transition metal (33) | |
| Amorphous metal (4) | |
| Heavy metal (27) | |
| Lanthanide (13) | |
| Metal (743) | |
| Metal foam (15) | |
| Noble metal (4) | |
| Precious metal (41) | |
| Transition metal (33) | |
The metal materials Liou and Sarangapani have been developing are Structural amorphous metals (SAMS), and they are made by using a laser to melt blown powder metal,
The appeal of making amorphous metals comes precisely from the randomized cellular composition. That is, the material
the amorphous metals would have no pattern to break along. As Dr. Liou explains, he smaller the grains,
Researchers have been dabbling with the creation of metallic glass-or amorphous metal-for decades, and have made a range of different types by mixing metals such as magnesium, palladium,
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