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Aug 19, 2026 - Frantsevich Institute for Problems of Materials Science of NAS of Ukraine
Tkach, Vira; O.Y. Khyzhun; N.M. Denysyuk; Luzhnyi Ivan Vasyliovych; Kopylova Kateryna Ihorivna, 2026, "Surface chemscal states of Cu2HgGeSe4 studied by X-ray photoelectron spectroscopy", https://doi.org/10.48788/DVUA/DGS7UW, DataverseUA, V1
The electronic structure and surface chemical states of a Cu2HgGeSe4 single crystal, grown by the Bridgman–Stockbarger method, were investigated using X-ray photoelectron spectroscopy (XPS) for pristine and Ar+ ion-irradiated surfaces. High-resolution core-level XPS spectra (Cu 2... |
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MD5: 35a04331d287983be959a74b77be7a5a
spectral data for Hg 4f electrons (raw surface)
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valence band spectres (raw surface) |
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MD5: ec23a18f37f3b418838522849c284f95
survey XPS-graph |
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MD5: e854296a51e944cffad93fb4f561766b
survey XPS-data for raw surface |
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MD5: 5d8f7bc08c374745dc57467bd96461b4
valence band spectres (raw surface) |
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MD5: 39caa1f8cc2a28c1dddba12b7470e774
spectre of C 1s level |
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MD5: 6ed0dd3d56779beb1a72a690506dc081
spectral data for C 1s electrons (raw surface) |
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MD5: 31b36c01147bc36e5ce9bdc42b44946c
spectre of Cu 2p level |
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MD5: 1e270bb07d6c876e3a66c0228043504e
spectral data for Cu 2p electrons (raw surface) |