AFM of metallic nano-particles and nano-structures in heavily irradiated NaCl

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Gaynutdinov, R; Vainshtein, DI; Hak, SJ; Tolstikhina, A; Den Hartog, HW;
  • Subject: radiation damage | nano-structures | atomic force microscopy
    mesheuropmc: technology, industry, and agriculture

AFM investigations are reported for heavily, electron irradiated NaCl crystals in ultra high vacuum (UHV) in the non-contact mode-with an UHV AFM/STM Omicron system. To avoid chemical reactions between the radiolytic Na and oxygen and water, the irradiated samples were ... View more
  • References (3)

    [1] Cherkasov, F. G., L'vov, S. G., Vodop'janov, B. P., Tikhonov, D. A., den Hartog, H. W. and Vainshtein, D. I. Ground state of heavily-irradiated NaCl-KBF4: Magnetic Resonance and SQUID investigation (this proceeding).

    [2] Shtyrkov, E. I., Klimovitkii, A., den Hartog, H. W. and Vainshtein, D. I. Investigation of inelastic light scattering in heavily electron-irradiated alkali halides (this proceeding).

    [3] Vainshtein, D. J. and den Hartog, H. W. (1996). Appl. Radiat. Isot., 47, 1503.

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