1994
DOI: 10.1016/0039-6028(94)90449-9
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On a “surfactant-like” behaviour of deposit

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Cited by 29 publications
(7 citation statements)
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“…Both experiments and simulations showed in fact for the Ni/Ag͑001͒ interface a ''surfactantlike'' behavior that consists of the formation of layers or clusters of Ni buried below some Ag floating monolayers. [30][31][32] A similar effect has been observed for different metals like Rh ͑Ref. 33͒, Cr ͑Ref.…”
Section: Resultssupporting
confidence: 56%
“…Both experiments and simulations showed in fact for the Ni/Ag͑001͒ interface a ''surfactantlike'' behavior that consists of the formation of layers or clusters of Ni buried below some Ag floating monolayers. [30][31][32] A similar effect has been observed for different metals like Rh ͑Ref. 33͒, Cr ͑Ref.…”
Section: Resultssupporting
confidence: 56%
“…In case of tendency to A/B phase separation, dissolution paths will critically depend on the A and B surface energies. The case of interest here, in which B atoms show a stronger tendency to surface segregation than A atoms as for Fe/Ag or Ni/Ag systems, 19 was illustrated in Ref. The excellent agreement between data of figs.…”
Section: 18supporting
confidence: 61%
“…A specific example is the case of a metal grown on a single crystalline substrate of much lower surface energy than itself. One monolayer of Ni deposited on Ag(111) or Ag(100), in particular, becomes covered by one or two layers of Ag upon annealing to 770 and 620 K, respectively [1,2]. Theoretical calculations [2][3][4] predict, moreover, that these capping layers remain on top during further deposition.…”
mentioning
confidence: 99%
“…One monolayer of Ni deposited on Ag(111) or Ag(100), in particular, becomes covered by one or two layers of Ag upon annealing to 770 and 620 K, respectively [1,2]. Theoretical calculations [2][3][4] predict, moreover, that these capping layers remain on top during further deposition. Monte Carlo simulations [5] show that a Ni monolayer upon annealing to 620 K spreads over six to seven subsurface layers in the form of clusters with (111) and (100) facets which contain about 100 atoms.…”
mentioning
confidence: 99%
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