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Discovering Fullerene Giants: TEM Insights and HRTEM Simulations

Explore the groundbreaking study on the first giant fullerenes, C240, C540, and C960, revealing their structures through Transmission Electron Microscopy (TEM) techniques. Witness the intricate 6- and 10-fold symmetry orientations in electron microscope images. Join Ken McKay, David Wales, and Daniel Ugarte in unraveling the mysteries of these nested giant fullerenes. Witness the only wall atoms interfering with the beam in Iijima's 1980 image, advancing our understanding of these remarkable carbon molecules. Dive into the world of HRTEM simulations and gain new insights into the structural complexities of fullerene giants.

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Discovering Fullerene Giants: TEM Insights and HRTEM Simulations

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  1. The first giant fullerene C240 with Ken McKay Nature 1988 Sussex NNC

  2. Sussex NNC C960 Ken McKay

  3. The Giant Fullerenes C60 C240 C540 C960 with Ken McKay Nature 331, 328 (1988) Sussex NNC

  4. Sussex NNC

  5. Transmission Electron Microscopy TEM Only wall atoms interfere with the beam Iijima 1980 image

  6. Sussex NNC

  7. HRTEM Sussex NNC

  8. Sussex NNC

  9. Sussex NNC

  10. Simulations of electron microscope images of nested giant fullerenes 6- and 10-fold symmetry orientations with Ken McKay and David Wales 1988 Sussex NNC

  11. Daniel Ugarte

  12. Sussex NNC C960 Ken McKay

  13. Transmission Electron Microscopy TEM Only wall atoms interfere with the beam Iijima 1980 image

  14. Transmission Electron Microscopy TEM Only wall atoms interfere with the beam Iijima 1980 image

  15. Electron Microscope Image Sussex NNC

  16. Sussex NNC

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  19. Mordkovich, Endo and co-workers

  20. Sussex NNC

  21. Mordkovich, Endo et al Sussex NNC

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