Institute of Solid State Physics EXAFS Spectroscopy Laboratory
Institute of Solid State Physics, University of Latvia
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Projects



CURRENT RESEARCH PROJECTS:

  • "The entropy-driven approach to enhance the thermoelectric performance of chalcogenide-based compounds",
    Latvian Council of Science project (LZP-2023/1-0528), 2024-2026 (Head: I. Pud┼ża).
     
  • "Unlocking the secrets of multicomponent alloys and related compounds using X-Ray absorption spectroscopy and atomistic simulations",
    Latvian Council of Science project (LZP-2023/1-0476), 2024-2026 (Head: A. Kuzmin).
     
  • "European Materials Informatics Network",
    COST Action (CA22143), 2023-2027 (Responsible: A. Kuzmin).
     
  • "Non-contact nanothermometry based on X-ray absorption spectra",
    Latvian Council of Science project (LZP-2022/1-0608), 2023-2025 (Head: A. Kalinko).
     
  • "Functional ink-jet printing of wireless energy systems",
    ERDF project (Nr.1.1.1.1/20/A/060), 2021-2023 (Head: A. Kuzmin).
     
  • "Core-shell nanowire heterostructures of Charge Density Wave materials for optoelectronic applications",
    Latvian Council of Science project (LZP-2020/1-0261), 2021-2023 (Head: B. Polyakov).
     
  • "ODS steel development and fabrication using the STARS process",
    EUROfusion Project (PRD-5.ADVM.ODS-T001), 2021-2025 (Responsible: A. Kuzmin).
     
  • CAMART2 project - H2020-WIDESPREAD-2014-1 (2017-2024).
     




  • IMPLEMENTED RESEARCH PROJECTS:

  • "Development of X-ray sensitive hybrid organic-inorganic systems",
    Latvian Council of Science project (LZP-2019/1-0071), 2020-2022 (Head: A. Kalinko).
     
  • "Influence of crystallite size and composition on the formation of polarons in nanocrystalline tungstates",
    PostDoc Latvia ERDF project (Nr.1.1.1.2/VIAA/3/19/444), 2020-2022 (Head: G. Bakradze).
     
  • "X-ray Absorption studies of metal hydrides under extreme pressure (XA-EXTREM)",
    Latvian Council of Science project (LZP-2018/2-0353), 2018-2020 (Head: J. Purans).
     
  • "XAS studies on a 14%Cr ODS alloy manufactured by the modified STARS route",
    EUROfusion ENR.PRD.MAT.ADVM.2-T003/4 project, 2018-2020 (Responsible: J. Purans, A. Kuzmin).

  • "Multifunctional materials and composites, photonics and nanotechnology" (IMIS2),
    Latvian National Research Programme in Materials Science, 2014-2018 (Responsible: A.Kuzmin).
     
  • "When and how ODS particles are formed? - X-ray Absorption Spectroscopy and ab initio modelling of ODS steels",
    EUROfusion Enabling Research Project (CfP-WP15-ENR-01/UL-01), 2015-2017 (Head: J. Purans).
     
  • "ODS steel with high creep strength",
    EUROfusion WPMAT - Advanced Steels Project (MAT-2.3.2-T005-D004), 2014-2017 (Responsible: J. Purans, A. Anspoks).
     




  • USEFUL LINKS

    materize - Scientific Expertise Beneficial to Business

    IZM LZP CFLA LIAA

    Sciencelatvia (NZDIS)
    CFLA system
    Patent Office (LV)

    EUROfusion
    JET-EFDA
    ECOM EUROfusion
    IMS EUROfusion

    Horizon Europe

    M-ERA.NET


    Synchrotrons

    ESUO
    WAYFORLIGHT
    ARIE-EU

    ALBA
    BESSY
    Canadian Light Source
    ELETTRA
    ESRF
    DESY/HASYLAB     Gamma-Portal      PUBDB
    X-FEL
    MAX IV Lab
    SOLEIL     SOLEIL Sunset

    CERIC-ERIC
    NFFA.EU


    Neutron Sources

    IBR-2
    Institut Laue-Langevin (ILL)
    European Spallation Source (ESS)



    Open Access Databases

    arXiv.org