FLEROV
LABORATORY of NUCLEAR REACTIONS

Founded on May 20, 1957



Research
Programme
Experiments
Research Projects
Setups
Accelerators
Reports
Education Activity

Address your questions to:
ludmila@jinr.ru

EDUCATION ACTIVITY of the FLNR


Projects currently proposed for the student practical training

Choose research area:

NUCLEAR PHYSICS

1. Study of heavy and superheavy nuclei (Sector N1 and Sector N2)

Project Contact


1.1 Data acquisition system with real-time analysis of experimental data Tsyganov Yu.S.


1.2 Data analysis in the experiments on the synthesis of superheavy nuclei. Utyonkov V.


1.3 Experiment setting on synthesis of superheavy nuclei in fusion-evaporation reactions. Preparation to synthesis of new element with Z=117. Sagaidak R.N.


1.4 Neutron emission from spontaneous fission of heavy elements at the FLNR Svirikhin A.I.


2. Fusion-fission dynamics (Sector N5)


Project Contact


2.1 Measurement of mass and energy distribution of fission fragments
using time-of-flight technique
.       Russian version [.pdf] and a photo [.jpg]
Novikov K.V.


3. Structure of light exotic nuclei and reactions with them (Sector N6 and Sector N7)

Project Contact


3.1 Total reaction cross sections for 6,8He and 8,9Li nuclei at energies of (25-45) A MeV on natAl and natPb. A.G. Artukh


3.2 Neutron detection array based on stilbene scintillators. Kaminski G.


3.3 Detection of charge particles generated in heavy ions collisions at low energies. Kaminski G.


3.4 SIMONE: Tool for simulations and data analysis of low-energy nuclear physics experiment. Chudoba V.


3.5 Ge(Li)-detector for energy measurements of gamma-activity. Lukyanov S.M.


3.6 Study of the operation principle of X-ray detectors, and Mosley's low in action. Lukyanov S.M.


4. Mass-spectrometry and laser spectroscopy of heavy and superheavy nuclides (Sector N4)

Project Contact


4.1 Determination of masses of the super heavy elements in the experiments on synthesis of 112 and 114 elements using the reactions 48 Ca+242Pu and 48 Ca+244Pu. Krupa L.


4.2 The systematic determination of cross sections for the production of proton-rich evaporation residues near the neutron N=126 shell closure in fusion reactions. Krupa L.


4.3 Production and spectroscopic investigation of new neutron-rich isotopes near the neutron N=126 shell closure using the multinucleon tranfer reactions. Krupa L.


4.4 Monte-Carlo simulation of fusion and multinucleon transfer reactions in the MEDIPIX detector using the GEANT4. Krupa L.


4.5 Development and testing of a new cryogenic gas-filled catcher for MASHA. Krupa L.

5. Theory and computing (Scientific group)

Project Contact


5.1 Fusion of Heavy Ions. Karpov A.V.


5.2 Elastic scattering of heavy ions. Denikin A.S.


RADIOCHEMISTRY

6. Chemistry of transactinides and radiochemistry (Sector N3)

Project Contact


6.1 Consideration of matrix effects in XRF analysis Gustova M.V.

APPLIED PHYSICS AND CHEMISTRY

7. Nanopore systems and track-etched membranes (CAP)

Project Contact


7.1 Scanning electron microscopy methods in study of micro objects. Orelovich O.L.