| Atomic de broglie microscope (17) |  |
| Nanogram (11) | |
| Nanometer (654) | |
| Nanometer resolution (12) | |
| Nanometer scale (65) | |
| Nanonewton (3) | |
| Nanoscale (737) | |
| Nanoscopic (23) | |
| Subnanometer (7) | |
| Atomic de broglie microscope (17) | |
| Nanogram (11) | |
| Nanometer (654) | |
| Nanometer resolution (12) | |
| Nanometer scale (65) | |
| Nanonewton (3) | |
| Nanoscale (737) | |
| Nanoscopic (23) | |
| Subnanometer (7) | |
when we tested the friction of these different samples with an atomic force microscope an ultra-sensitive instrument that can measure nanonewton forces.
which give rise to nanonewton-magnitude gradient forces on the constituent metal particles.""The interdisiciplinary research teamhat included Abdul Bhuiya (MS student in ECE student), Xin Yu (ECE post-grad),
Based on the observed experiments, the gradient force is estimated to be on the order of nanonewtons.""Our fabrication process shows for the first time an innovative way of fabricating plasmonic nanoantenna structures under the SEM,
< Back - Next >
Overtext Web Module V3.0 Alpha
Copyright Semantic-Knowledge, 1994-2011