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News
- August 19,2010
14 nm Gold Nanoparticles - August 19,2010
Ultra high resolution imaging of Palmityl Palmitate ( AKA Cetyl Palmitate) deposited on HOPG - August 19,2010
Imaging of nanoparticles sized from 30 to 150nm - August 18,2010
Fast scanning, new achievements: High quality noncontact measurements of HOPG with scan rates up to 70 Hz - July 19,2010
Trimesic acid on HOPG
Categories
14 nm Gold Nanoparticles
- Thursday Aug 19,2010 12:53 PM
- By yalovenko
- In Applications, Materials, Nanoparticles
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In this phase image, the lower right nanoparticle clearly shows the pentagonal shape. The ability to distinguish the shape of such a small nanoparticle despite significant convolution effect is quite an impressive result. Click to see additional 600×600nm topography and phase images of this nanoparticle as well as 300×300nm images. |
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Ultra high resolution imaging of Palmityl Palmitate ( AKA Cetyl Palmitate) deposited on HOPG
- Thursday Aug 19,2010 12:43 PM
- By yalovenko
- In Applications, Materials, Nanoparticles, News
Imaging of nanoparticles sized from 30 to 150nm
- Thursday Aug 19,2010 12:27 PM
- By yalovenko
- In Applications, Materials, Nanoparticles, News, SmartSPM
AIST-NT’s AFM provides clear advantages in nanoparticle imaging compared to SEM. Nanoparticles sized from 30 to 150 nm can be imaged without disturbing their position on the substrate.
Fast scanning, new achievements: High quality noncontact measurements of HOPG with scan rates up to 70 Hz
- Wednesday Aug 18,2010 12:43 PM
- By yalovenko
- In Applications, Fast scanning, News, SmartSPM
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AIST-NT presents the new achievement in fast scanning technology using the combination of SmartSPM™ scanner, NanoWorld ArrowTM UHF (ultra high frequency) silicon probe and AIST-NT’s MagicScan™ technology.
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Trimesic acid on HOPG
- Monday Jul 19,2010 12:18 PM
- By yalovenko
- In Applications, News, Polymers
Two different types of the molecular arrangement of trimesic acid deposited on HOPG are clearly seen: linear lamellae and hexagonal packing. The true molecular resolution in ambient conditions has been practically achieved.