About: Using the magic height metal islands (due to QSE) for to reactivity and nanoscale physics     Goto   Sponge   NotDistinct   Permalink

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  • The completion of the proposed research will contribute to a better understanding of novel kinetic pathways and growth modes of metal adatoms deposited on metal and semiconductor surfaces driven by surface diffusion, especially at low temperatures. This is one of the important challenges in nanotechnology i.e. to discover ways where nanostructures of controllable geometry and dimensions can be easily fabricated. So far the Pb/Si system has been the prototype where all the results obtained have been reproduced by several groups with different techniques. The knowledge gained has identified that energetics are equally important as kinetics. We plan to search for other metal systems where they have more relevance to reactivity and where similar height control is possible. We will study height and geometry dependent variations of reactivity during oxygen and hydrogen adsoption on the nano-islands as a result of QSE starting first with Pb islands. (en)
  • Stanovení podmínek definovaného homogenního růstu nanostruktur a podmínek samo-organizace kovových struktur na površích kovů a polovodičů. Definice vztahu geometrie nanostruktur a chemicke reaktivity. (cs)
Title
  • Užití kovových ostrůvků „magické“ výšky ke studiu reaktivity a v nano-fyzice (cs)
  • Using the magic height metal islands (due to QSE) for to reactivity and nanoscale physics (en)
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  • nanostructures; semiconductors; metals; surface physics; self-organization (en)
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