2011
DOI: 10.1021/jp111759p
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Properties of a Suggested Commensurate Monolayer Solid of Kr/NaCl(001)

Abstract: It is shown that a commensurate square monolayer solid of Kr/NaCl(001) can be stabilized with a model incorporating a rather large energy corrugation amplitude. Then a square bilayer is formed under a compression and preempts the formation of an incommensurate triangular monolayer lattice. The lattice dynamics of the commensurate monolayer may be complex, because the modeling admits the possibility that it has a (2 × 2) unit cell with four Kr atoms.

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(2 citation statements)
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“…The variational approximation coincides with the second-order perturbation result at small corrugations, and it eliminates the divergent dilation at large corrugations that was described previously 6 for Kr/NaCl(001).…”
Section: Acknowledgmentssupporting
confidence: 79%
See 1 more Smart Citation
“…The variational approximation coincides with the second-order perturbation result at small corrugations, and it eliminates the divergent dilation at large corrugations that was described previously 6 for Kr/NaCl(001).…”
Section: Acknowledgmentssupporting
confidence: 79%
“…Structures (1) and (2) are analogous to the (1 × 1) lattices treated 6 for Kr/NaCl(001), while (3) is approximated as described in the Appendix. (4) is a structure that may be accessed 7 for CH 4 /MgO(001) but does not arise for Kr/NaCl(001).…”
Section: Interaction Models and Theorymentioning
confidence: 99%