Potencial impacts of nanotechnolgy on energy transmission applications


Anglų skaidrės. Potencial impacts of nanotechnology on energy transmission applications. Presentation is made by. Contents. What nanotechnology is? Nanoscale. Nanotechnology is science. Nanoscale materials. Nanoscale materials (or nanomaterials) contain nanoparticles or are developed using nanotechnology. Nanoparticles in energy transmission systems. A carbon nanotube. General energy applications. Lighting Heating Transportation Renewable energy Energy storage Power Chips. Lighting. Semiconductors used in. Heating. Researchers have developed. Transportation. Nanotechnology may enable more efficient transportation via catalysts in fuels. Renewable Energy. High-performance semiconductor nanocrystals. Energy Storage. Nanotubes have extraordinarily high surface areas and good electrical conductivity. “Power Chips” are. Conclusion. The application of.


What nanotechnology is? Nanoscale materials Nanoparticles in energy transmission systems General energy applications Lighting Heating Transportation Renewable energy Energy storage Power chips Conclusion.

“Power Chips” are nanotechnology devices that use thermionics to convert heat directly into electricity.

  • Anglų kalba Skaidrės
  • 2015 m.
  • Anglų
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  • Anglų skaidrės
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  • Potencial impacts of nanotechnolgy on energy transmission applications
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Potencial impacts of nanotechnolgy on energy transmission applications. (2015 m. Rugsėjo 19 d.). http://www.mokslobaze.lt/potencial-impacts-of-nanotechnolgy-on-energy-transmission-applications.html Peržiūrėta 2016 m. Gruodžio 05 d. 04:28