G. V. Kurdyumov Institute for Metal Physics of the N.A.S. of Ukraine (hereinafter, Institute) was founded in 1945. It is one of the largest scientific centres of fundamental research in the field of metal physics in Ukraine and Europe.

The scientists of the Institute carry out research on four basic scientific directions:

  • Electronic structure and properties of metals and metal-based compounds
  • Nanoscale and nanostructured systems
  • Atomic constitution of metals and metal-containing heterophase structures
  • Physics of strength and plasticity of metals and alloys
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    Img_19-11-34.tif
    Jun 12, 2026 - High-Resolution STM Study of Gold Nanostructures Formed on GaSe Single Crystal Surfaces
    TIFF Image - 519.0 KB - MD5: 1ea113ad364fa4902cba58ff03168bf2
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    STM data: Topography image of gold nanostructures on the surface of GaSe - a raw .tif type file
    Img_19-27-36.tif
    Img_19-27-36.tif
    Jun 12, 2026 - High-Resolution STM Study of Gold Nanostructures Formed on GaSe Single Crystal Surfaces
    TIFF Image - 519.0 KB - MD5: 3ea868a097714191bb3b9fb225ace10e
    Image
    STM data: Topography image of gold nanostructures on the surface of GaSe - a raw .tif type file
    ReadMe_Au_in_GaSe.txt
    Jun 12, 2026 - High-Resolution STM Study of Gold Nanostructures Formed on GaSe Single Crystal Surfaces
    Plain Text - 6.0 KB - MD5: e2d75fcf9640bfca846d8637f3f1fad8
    DataDocumentation
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    X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    Mar 27, 2026 - SPM&RS Centre
    Smolyak Svitlana; Karbivskyy Volodymyr; Zagorodniy Yuriy, 2026, "X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga", https://doi.org/10.48788/DVUA/MNVHJZ, DataverseUA, V1
    The electronic structure and structural characteristics of 5% Ga-doped sol-gel bioactive glass (type 45S5) were studied by X-ray photoelectron spectroscopy (XPS) and nuclear magnetic resonance (NMR) methods. ³¹P NMR spectra of bioactive materials indicate the formation of both is...
    31P_NMR.jpeg
    31P_NMR.jpeg
    Mar 27, 2026 - X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    JPEG Image - 70.2 KB - MD5: 20f06c770d7643a35dd38ee3f19a50fd
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    ³¹P NMR static spectra of sol-gel bioactive glass doped with 5% Ga. Room temperature, collected at frequency 161,97 MHz
    Ca2p.emf
    Mar 27, 2026 - X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    image/emf - 9.6 KB - MD5: c792562c5daa48e7ecb3161c921aa2bc
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    X-ray photoelectron Ca 2р spectrum of sol-gel bioactive glass doped with 5% Ga
    Ca2p_fitting.jpg
    Ca2p_fitting.jpg
    Mar 27, 2026 - X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    JPEG Image - 29.9 KB - MD5: 0493d8d33c01d713816a182bccefa703
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    Deconvolution of Ca 2р spectrum of sol-gel bioactive glass doped with 5% Ga
    Ca2p_spectrum.txt
    Mar 27, 2026 - X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    Plain Text - 5.0 KB - MD5: a8479b88423c0bc7095968bc496bd4d9
    Data
    XPS spectra of Ca 2р region of sol-gel bioactive glass doped with 5% Ga
    O1s.emf
    Mar 27, 2026 - X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    image/emf - 9.9 KB - MD5: 1e0d57534ba2c5d440f53a3b08e7add8
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    XPS spectra of O1s region, sol-gel bioactive glass doped with 5% Ga
    O1s_fitting.jpg
    O1s_fitting.jpg
    Mar 27, 2026 - X-ray photoelectron and Nuclear Magnetic Resonance studies of sol-gel glass doped with 5% Ga
    JPEG Image - 34.1 KB - MD5: 2195a11aa0de44efea687602ef17299c
    Image
    Deconvolution of O1s spectra of sol-gel bioactive glass doped with 5% Ga
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