As of 18.05.2020
Name of the project: Development of a principally new technology for controlling parameters of X-ray radiation with naodimensional resolution relying on nanostructured materials of the 2nd period
Strategy for Scientific and Technological Development Priority Level: в
Research directions: Development and modernization of X-ray optics components and X-ray optics devices with subsequent applications to experiments on own equipment and equipment of leading world-class mega-science centers
Project objective: Development and modernization of X-ray optics components and X-ray optics devices of nanometer control and resolution of the X-ray beam that can be used for a wide range of research methodologies based on X-ray radiation from synchrotron and laboratory sources including X-ray microscopy, diffractometry, spectroscopy, reflectometry, interferometry, solving accompanying problems of 4th generation synchrotron radiation sources in the domain of materials studies, condensed state physics ad nanosystems, technological and engineering problems
Hosting organization
|
Field of studies
|
City
|
Invited researcher
|
Time span of the project
|
---|---|---|---|---|
Laboratory for Functional Nano-materials Photonics
ITMO University - (ITMO) |
Nanotechnologies |
St. Petersburg |
Demir Hilmi Volkan
Turkey |
2021-2023 |
Laboratory for the 3D Printing of Functional Materials
ITMO University - (ITMO) |
Nanotechnologies |
St. Petersburg |
Kumacheva Eugenia Eduardovna
Canada |
2019-2021 |
Luminescent Carbon Quantum Nanostructures
ITMO University - (ITMO) |
Nanotechnologies |
St. Petersburg |
Rogach Andrey
Ushakova Elena Vladimirovna
Russia |
2018-2020 |