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Status: Extended

Development and Construction of the Prototype of a Complex for Radiotherapy and Applied Research with Heavy-Ion Beams at the Nuclotron-M

Leader:     S.I. Tyutyunnikov

Participating Countries and International Organizations:
Armenia, Australia, Belarus, Bulgaria, Czech Republic, India, Germany, Greece, Moldova, Mongolia, Poland, Romania, Russia, Serbia, Slovakia, Ukraine.

Scientific Programme:
Investigation of new aspects of electronuclear power engineering and process of energy production and radioactive waste transmutation at various subcritical setups, research of radiation hardness of materials.

Expected main results:
  • Investigation of physical characteristics of the assamblies, the massive uranium target with a lead reflector - (set-up "Quinta"), the quasi infinite uranium target BURAN with the energy of the proton and deuteron beams of the Nuclotron in the interval from 0.6 up to 12.0 GeV. Receiving data about the multiplicities and special istribution of energy-time neutron spectra. Research on massive targets of natural (depleted) uranium and thorium energy production capabilities and processing of radioactive waste besed on the basic principles of relativistic nuclear technologies (RNT), the study of radiation hardness of superconductors by the beams of neutrons and protons.
Expected main results in 2017:
  • Pilot operation of the nutron spectrometer on recoil protons on the "Quinta" under irradiation with protons and heavy particle beam at the Nuclotron-M and Phazotron.

  • Investigation of the efficiency of neutrons generation on heavy ion beams Li, on the "Quinta".

  • Installation of a big uranium target on Phazotron, beam adjustment on the target.

  • Investigation of impact of high-power laser radiation on the radioactive decay of minor actinides.

  • Using of nuclear membrane and track detectors for physics experiments at the Nuclotron-M.

List of Activities
  Activity or Experiment Leaders
  Laboratory or other
Division of JINR
Responsible person
Main researchers
1. Development of technical
specifications for a quasi
infinite uranium target,
setting in the DLNP
to Phazotron
S.I. Tyutyunnikov
A.A. Solnyshkin
  VBLHEP O.G. Tarasov, I.P. Yudin
  DLNP I. Adam
2. Development of the technical
specifications for the detector
system of setup "big uranium
target" on the basis of the
temperature sensor and
silicon photomultipliers
S.I. Tyutyunnikov
A.A. Solnyshkin
  VBLHEP A.I. Berlev, Z. Sadygov, A.A. Baldin, I.P. Yudin
  DLNP I. Adam
3. Design, manufacture of detectors
for the measurement of ion energy
in the range of Ee=0.1 Gev/nucleon
on the Nuclotron-M beams
N.I. Zamyatin
  VBLHEP O.G. Tarasov, S.V. Khabarov, A.I. Shafranovskaya, Yu.S. Kovalev
4. Upgrade of spectrum-analitical
complex for activation
V.N. Shalyapin
  VBLHEP M. Paraipan, E.V. Strekalovskaya, I.A. Kryachko
  DLNP V.I. Stegaylov
5. The study of neutron fields of big
uranium target at the Phazotron
under the irradiation of proton
Ep=0.66 GeV
S.I. Tyutyunnikov
A.A. Solnyshkin
Data taking
  VBLHEP A.I. Berlev, A.A. Baldin, I.P. Yudin, A.V. Vishnesky, T.L. Enik, B. Yuldashev
  DLNP I. Adam, V.I. Stegaylov
  FLNR E.M. Kozulin
6. The study of influence of
high-power coherent radiation at
radioactive decay
S.N. Sedykh
Data taking
  VBLHEP A.K. Kaminsky, I.A. Kryachko
7. Production of the monitoring
elements for the superconducting
Yu.P. Filippov
  VBLHEP I.D. Kakorin

Country or International
City Institute or Laboratory
Armenia Yerevan YSU
Australia Sydney Univ.
Belarus Minsk INP BSU
Bulgaria Sofia INRNE BAS
Czech Republic Rez UJV
Brno BUT
Prague CTU
Germany Darmstadt TU Darmstadt
Marburg Univ.
Julich FZJ
Greece Thessaloniki AUTH
India Mumbai BARC
Jaipur Univ.
Moldova Chisinau IAP ASM
Mongolia Ulaanbaatar IPT MAS
Poland Warsaw WUT
Otwock-Swierk NCBJ
Russia Moscow Atomenergomach
IAS "Omega"
Obninsk MRRC
St. Petersburg KRI
Tomsk TPU
Romania Bucharest ISS
Serbia Belgrade INS "VINCA"
Slovakia Bratislava SOSMT
Ukraine Kharkov KFTI
Uzhgorod UNU

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