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- W1967762653 endingPage "055702" @default.
- W1967762653 startingPage "055702" @default.
- W1967762653 abstract "We have investigated the morphology and structure of dolomite MgCa(CO(3))(2)(104) surfaces by bimodal dynamic force microscopy with flexural and torsional resonance modes in ultra-high vacuum at room temperature. We found that the surface slowly decomposes by degassing CO(2) in a vacuum and becomes covered by amorphous clusters, presumably MgO and CaO. By choosing an optimal sample preparation procedure (i.e. cleaving in a vacuum and mild annealing for stabilizing clusters for a short time), atomically clean surfaces were obtained. The complex tip-sample interaction, arising from carbonate groups and Mg and Ca atoms of the surface, induces a large variety of atomic-scale imaging features." @default.
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- W1967762653 date "2013-01-11" @default.
- W1967762653 modified "2023-10-03" @default.
- W1967762653 title "Systematic study of the dolomite (104) surface by bimodal dynamic force microscopy in ultra-high vacuum" @default.
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- W1967762653 doi "https://doi.org/10.1088/0957-4484/24/5/055702" @default.
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