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Cross-section of a bundle of single walled nanotubes

Cross-section of a bundle of single walled nanotubes. Thess et al Nature. Cross-section of a bundle of single walled nanotubes. Thess et al Nature. 1.4nm. SWNTs Possible Formation mechanism catalyst - C 60 covered in Ni and Co. Ferrocene interplanar distance is 3.4nm. 3.4 nm.

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Cross-section of a bundle of single walled nanotubes

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  1. Cross-section of a bundle of single walled nanotubes Thess et al Nature

  2. Cross-section of a bundle of single walled nanotubes Thess et al Nature

  3. 1.4nm

  4. SWNTs Possible Formation mechanism catalyst - C60 covered in Ni and Co

  5. Ferrocene interplanar distance is 3.4nm 3.4 nm

  6. 0.35nm 1.4nm 0.7nm 0.35nm

  7. 1nm Cross-section of a bundle of SWNTs with C60 molecules inside (Thess et al)

  8. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

  9. Bundles of SWNTs • Formed by laser ablation of graphite • Ni and Co present • Diameters fairly uniform ca 1.4nm • Conditions ideal for C60 formation

  10. Ferrocene 0.34 nm

  11. Graphene sheet nucleation zone Ni/Co atoms C60

  12. Graphene sheet nucleation zone Ni/Co atoms C60

  13. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

  14. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

  15. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

  16. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

  17. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

  18. 2nm C60 molecules inside a SWNT Smith, Monthioux and Luzzi Nature 1998

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