The formation of enantiospecific phases on a Cu{110} surface

Q. Chen; C. W. Lee; D. J. Frankel; Neville Vincent Richardson

doi:10.1039/a905986e

The formation of enantiospecific phases on a Cu{110} surface

Q. Chen, C. W. Lee, D. J. Frankel, Neville Vincent Richardson

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Abstract

Both R- and S- phenylglycine and a quantitatively well defined mixture of the two enantiomers have been studied on Cu{110} surfaces. At saturation coverage, the molecules form well ordered, chiral structures with a chiral unit cell which ensures that the low energy electron diffraction ( LEED) patterns of the two enantiomers are readily differentiated. Comparison is made with analogous structures observed for the non-chiral species glycine and R-, S-alanine adsorbed on Cu{110}.

Original language	English
Number of pages	4
Journal	PhysChemComm
Volume	2
Issue number	9
DOIs	https://doi.org/10.1039/a905986e
Publication status	Published - 1999

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title = "The formation of enantiospecific phases on a Cu{110} surface",

abstract = "Both R- and S- phenylglycine and a quantitatively well defined mixture of the two enantiomers have been studied on Cu{110} surfaces. At saturation coverage, the molecules form well ordered, chiral structures with a chiral unit cell which ensures that the low energy electron diffraction ( LEED) patterns of the two enantiomers are readily differentiated. Comparison is made with analogous structures observed for the non-chiral species glycine and R-, S-alanine adsorbed on Cu{110}.",

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AB - Both R- and S- phenylglycine and a quantitatively well defined mixture of the two enantiomers have been studied on Cu{110} surfaces. At saturation coverage, the molecules form well ordered, chiral structures with a chiral unit cell which ensures that the low energy electron diffraction ( LEED) patterns of the two enantiomers are readily differentiated. Comparison is made with analogous structures observed for the non-chiral species glycine and R-, S-alanine adsorbed on Cu{110}.

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The formation of enantiospecific phases on a Cu{110} surface

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