Projects, Wave 3
08 February - 19 March, 2021
Status: | Archived |
Application dates: | 11 January, 2021 - 28 January, 2021 |
Announcement of selection results: | 3 February, 2021 |
Report dates: | 8 February, 2021 - 2 April, 2021 |
Radiochemical separation and identification of neutron-rich isotopes of heavy and superheavy elements
Supervisor - Dr Nikolay Aksenov
Optimization of the solid ISOL method for volatile reaction products of heavy ion beam reactions
Supervisor - Mr Viacheslav Vedeneev
Determination of masses of the super heavy elements in the experiments on synthesis of Cn and Fl using the reactions 48Ca + 242Pu and 48Ca + 244Pu
Supervisor - Mr Viacheslav Vedeneev
Production and spectroscopic investigation of new neutron-rich isotopes near the neutron N=126 shell closure using the multinucleon transfer reactions
Supervisor - Mr Viacheslav Vedeneev
Coexistence of superconductivity and ferromagnetism at low-dimensional heterostructures
Supervisor - Dr Vladimir Zhaketov
Numerical methods in theory of topological solitons
Supervisor - Prof Yakov Shnir
Thermal optimization of the "Intelligent Power Distributor" using the CFD method
Supervisor - Mr Maciej Czarnynoga
Heat transfer simulation of the cooling system for the NICA-MPD-Platform RACK cabinet
Supervisor - Mr Maciej Czarnynoga
Generation and analysis of events for pPb collisions using the MC generator - Therminator 2
Supervisor - Mr Krystian Roslon
Radiation Protection and the Safety of Radiation Sources
Supervisor - Dr Said AbouElazm
Study of bulk properties of the medium produced in heavy ion collisions at MPD
Supervisor - Dr Alexey Aparin
Quality assurance procedures for raw data at MPD experiment
Supervisor - Dr Alexey Aparin
Analysis and interactive visualization of neutrino event topologies registered in the OPERA experiment.
Supervisor - Dr Sergey Dmitrievsky
Evaluation of the radiation effects on advanced materials exposed to electron beam and gamma rays using the Raman Spectroscopy.
Supervisor - Dr Antonio Leyva Fabelo
Calculation of radiation shielding in a SPECT-CT scanner prototype using based on Monte Carlo code systems.
Supervisor - Dr Antonio Leyva Fabelo