About: Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition.     Goto   Sponge   NotDistinct   Permalink

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  • Carbon nanotubes (CNTs) have been receiving much attention for a wide application for the future, due to their unique electronic and Mechanical properties. Plasma enhanced chemical vapour deposition techniques has emerged as a key technique to produce vetically aligned carbon tubes or fibres (CNF).
  • Carbon nanotubes (CNTs) have been receiving much attention for a wide application for the future, due to their unique electronic and Mechanical properties. Plasma enhanced chemical vapour deposition techniques has emerged as a key technique to produce vetically aligned carbon tubes or fibres (CNF). (en)
  • Uhlíkové nanotrubičky (CNTs) získaly velkou pozornost pro široké budoucí uplatnění vzhledem k jejich jedinečným electronickým a mecvhanickým vlastnostem. Techniky plazmou podporovaného vylučování z plynné fáze se ukázaly jako klíčová technikak tvorbě svile zarovnaných uhlíkových trubiček nebo vláken (CNF). (cs)
Title
  • Podmínky procesu růstu uhlíkových nanotrubiček a vláken Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition. (cs)
  • Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition.
  • Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition. (en)
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  • Podmínky procesu růstu uhlíkových nanotrubiček a vláken Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition. (cs)
  • Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition.
  • Growth process conditions of aligned carbon nanotubes and fibres using plasma enhanced hot filament chemical vapour deposition. (en)
skos:notation
  • RIV/46747885:24210/04:24210199!RIV/2005/MSM/242105/N
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  • 565830
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  • RIV/46747885:24210/04:24210199
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  • %22alligned carbon nanotubes;fibers;growth%22 (en)
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  • [E4D3FC446A77]
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  • Venedig, Itálie
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  • 16th International Vacuum Congress Venedig
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  • Blažek, Josef
  • Špatenka, Petr
  • Pácal, František
  • Taeschner, Christine
  • Leonhardt, A.
  • Biedermann, Kati
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  • Neuveden
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  • 24210
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