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

• Investigation of physical characteristics of the following setups: "the lead target plus graphite moderator" (set-up "Gamma-3"), the massive uranium target with a lead reflector - (set-up "Quinta"), the quasi infinite uranium target BURAN at the energies of the Nuclotron proton and deuteron beams within the range from 0.6 up to 12.0 GeV. Data on the multiplicities and special distribution of energy-time neutron spectra. Study on possibilities of energy production and radioactive waste processing at massive targets of natural (depleted) uranium and thorium on the base of basic principles of nuclear relativistic technologies.

• Completion of the development of a heavy ion beam spatial monitoring system; 0n-line operational test at the Nuclotron-M experiments.
  
  
• Development of detector for measuring the radiation dose rate based on diamond detectors.
  
  
• Study on efficiency of heating FEL ferromagnetic nano-clusters with microwave radiation regarding the feasibility of its application to the cancer cell destruction.
  
  
• Study of neutron generation and multiplication in heavy targets (Pb, U, etc.) at the Nuclotron proton and deuteron beams within the energy range from 1.0 to 8.0 GeV. Data taking on energy release, number of fissions, plutonium recovery, on neutron energy spectra and neutron spatial distribution in the uranium target (set-up "Quinta") and in the lead target with graphite moderator ("Gamma-3" set-up). Precise definition of transmutation rate for highly toxic long-lived radioactive waste ( ¹²⁹, ²³⁷, ²³⁸, ²³⁹ and ²⁴¹) in the neutron fields with reinforced hard component.
  
  
• The technical specifications elaboration and carrying out the 1-st stage of design work on the construction of the experimental setup "Buran", based on the quasiinfinite target of depleted uranium with the mass of ~ 21 tonns.
  
  

List of Activities
	Activity or Experiment	Leaders	Status
	Laboratory or other Division of JINR Responsible person	Main researchers
1.	Elaboration of the technical specifications for the quasi infinite target "Buran"	S.I. Tyutyunnikov I.P. Yudin A.A. Baldin	Realization
2.	Development of the technical specifications for detecting system of the "Buran" setup	A.A. Baldin A. Berlev N.I. Zamyatin V.M. Slepnev	Realization
3.	Development and experimental study of the detectors for neutron registration at the Nuclotron-M beams	A.A. Baldin A. Berlev A.V. Vishnevsky N.I. Zamyatin S.E. Vasil'ev A.M. Makankin A.I. Shafranovskaya	Realization
4.	Development and production of the detectors for the ions energy measurement within the range E=0.11 GeV/nucleon. Experiments at the Nuclotron-M beams	N.I. Zamyatin A.E Cheryemukhin A.I. Shafranovskaya S.V. Khabarov Yu.S. Kovalev	Realization
5.	Study of radioactive waste transmutation and research on neutron generation and energy release in heavy targets (Pb, U, Th, etc.) at the Nuclotron deuteron and neutron beams within the energy interval from 0.5 to 6 GeV/nucleon	A.A. Baldin I.P. Yudin S.M.Golubukh	Data taking Data processing Upgrade
	VBLHEP	A. Berlev, S.V. Vasil'ev, A.V. Vishnevsky, N.M. Vladimirova, N.I. Zamyatin, E.V. Kostyukhov, A.M. Makankin, I.I. Mar'in, I.V. Kudashkin, M. Paraipan, E.V. Strekalovskaya, S.V. Khabarov
	DLNP	I. Adam, V.M. Tsupko-Sitnikov, A.A. Solnyshkin, Zh. Hushvaktov
	FLNP	Yu.N. Kopach, V.I. Furman, N.A. Gundorin
	LIT	A. Polyanski
	LRB	V.Yu. Shchyegolev
	RFMD	B.A. Shestakov, N.N. Kalyakin + 2 pers.
6.	Study on the biological cell destruction for different structures under microwave radiation. Investigation of its properties in dependence on duration and power of the radiation spectrum	S.N. Sedykh E.A. Perelshtein V.N. Shalyapin S.I. Tyutyunnikov	Realization
	VBLHEP	A.K. Kamiksly, I.A. Kryachko, V.V. Efimov, Yu.S. Kovalev, V. Dzhavadova
7.	Production of the monitoring elements for the superconducting systems	Yu.P. Filippov	R&D
	VBLHEP	K.S. Panfyerov, I.D. Kakorin + 6 pers.

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