k ABOVE CREDIT MUST BE PRINTED IN FULL Worlds smallest electrical wire. Coloured Atomic Force Micrograph AFM tappingmode image of a carbon nanotube wire blue on platinum electrodes yellow. The nanotube is 1. 5 nanometres across, a mere 10 atoms wide. It was made by firing a laser at a mixture of carbon, nickel and cobalt to make spherical carbon fullerene molecules join together to form a tube. Besides the potential to miniaturise electronic components, the nanotubes small size gives it special properties that could be used to make entirely new devices. Magnification x120,000 at 5x7cm size. Editorial Stock Photo - Afloimages
Sign up
Login
All images
*** ABOVE CREDIT MUST BE PRINTED IN FULL *** World's smallest electrical wire. Coloured Atomic Force Micrograph (AFM) tapping-mode image of a carbon nanotube wire (blue) on platinum electrodes (yellow). The nanotube is 1. 5 nanometres across, a mere 10 atoms wide. It was made by firing a laser at a mixture of carbon, nickel and cobalt to make spherical carbon fullerene molecules join together to form a tube. Besides the potential to miniaturise electronic components, the nanotube's small size gives it special properties that could be used to make entirely new devices. Magnification: x120,000 at 5x7cm size.
ED

*** ABOVE CREDIT MUST BE PRINTED IN FULL *** World's smallest electrical wire. Coloured Atomic Force Micrograph (AFM) tapping-mode image of a carbon nanotube wire (blue) on platinum electrodes (yellow). The nanotube is 1. 5 nanometres across, a mere 10 atoms wide. It was made by firing a laser at a mixture of carbon, nickel and cobalt to make spherical carbon fullerene molecules join together to form a tube. Besides the potential to miniaturise electronic components, the nanotube's small size gives it special properties that could be used to make entirely new devices. Magnification: x120,000 at 5x7cm size.

Details

ID
10571932

Collection

License type
Editorial

Photographer

Creation date
15-11-2010

Contact Aflo for all commercial uses.


Keywords
More
Sign in
Member access
Login not found.