|
This wiki is closed in favour of the new wiki. Information shown is likely to be very out of date. |
Difference between revisions of "Nanocapacitors"
From Discovery Wiki
Jump to navigationJump to search (New page: The invention of nano-technology achieved wide-spread applications only after the development of efficient power sources that could be integrated into nano-machines. Nano-capacitors are c...) |
(added icon) |
||
| Line 1: | Line 1: | ||
| + | [[Image:Nano-capacitors.jpg|frame|right|Nano-capacitors]] | ||
The invention of nano-technology achieved wide-spread applications only after the development of efficient power sources that could be integrated into nano-machines. Nano-capacitors are capable of energy storage, recharging, and transmission of energy to nano-machines, which is vital to nano-technology applications. They are used in virtually every level of industrial processing and daily life. | The invention of nano-technology achieved wide-spread applications only after the development of efficient power sources that could be integrated into nano-machines. Nano-capacitors are capable of energy storage, recharging, and transmission of energy to nano-machines, which is vital to nano-technology applications. They are used in virtually every level of industrial processing and daily life. | ||
Revision as of 20:36, 28 July 2009
Error creating thumbnail: Unable to save thumbnail to destination
Nano-capacitors
The invention of nano-technology achieved wide-spread applications only after the development of efficient power sources that could be integrated into nano-machines. Nano-capacitors are capable of energy storage, recharging, and transmission of energy to nano-machines, which is vital to nano-technology applications. They are used in virtually every level of industrial processing and daily life.
