| Boron nitride nanotube (11) |  |
| Carbon nanotube (287) | |
| Metallic nanotube (5) | |
| Nanotube (302) | |
| Nanotube transistor (7) | |
| Semiconducting nanotubes (6) | |
| Boron nitride nanotube (11) | |
| Carbon nanotube (287) | |
| Metallic nanotube (5) | |
| Nanotube (302) | |
| Nanotube transistor (7) | |
| Semiconducting nanotubes (6) | |
or metallic nanotubes the Stanford team switched off all the good CNTS. Then they pumped the semiconductor circuit full of electricity.
All of that electricity concentrated in the metallic nanotubes which grew so hot that they burned up
because metallic nanotube impurities act like copper wires and"short"the device. Researchers have struggled also to control the placement and alignment of nanotubes.
which are crucial because metallic nanotube impurities act like copper wires and short the device. Researchers have struggled also to control the placement and alignment of nanotubes.
because metallic nanotube impurities act like copper wires and hortthe device. Researchers have struggled also to control the placement and alignment of nanotubes.
< Back - Next >
Overtext Web Module V3.0 Alpha
Copyright Semantic-Knowledge, 1994-2011