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Based on 31 .04. 1946

Federal State Unitary Enterprise “State Scientific Centre of the Russian Federation – Institute for Physics and Power Engineering named after A. I. Leypunsky” (FSUE “SSC RF – IPPE”) RUSSIA, Kaluga reg., Obninsk. Based on 31 .04. 1946. Obninsk on the map. Obninsk town.

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Based on 31 .04. 1946

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  1. Federal State Unitary Enterprise “State Scientific Centreof the Russian Federation – Institute for Physics and Power Engineering named after A. I. Leypunsky” (FSUE “SSC RF – IPPE”)RUSSIA, Kaluga reg., Obninsk Based on 31.04.1946 CERN, 5 March, 2014

  2. Obninsk on the map CERN, 5 March, 2014

  3. Obninsk town CERN, 5 March, 2014

  4. First in the world atomic power plant was commissioned at IPPE on 27.06.1954 CERN, 5 March, 2014

  5. Fast reactor research is a high-priority line of the IPPE activities The Beloyarsk Nuclear Power Station (NPS). It is situated by Zarechny in Sverdlovsk Oblast, Russia. Zarechny township was created to service the station, which is named after the Beloyarsky District. The closest city is Yekaterinburg. CERN, 5 March, 2014

  6. IPPE activity now IPPE integrated scientific research entity carrying out comprehensive research to create reactors for nuclear power facilities of diverse applications. Over 120 designs of various nuclear systems for civil and defense purposes have been developed under the SSC RF-IPPE scientific supervision and with its participation. CERN, 5 March, 2014

  7. The Center has at its disposal unique up-to-date experimental facilities for research works in the following areas: Nuclear physics, reactor and n, γ-shielding; • Laser and plasma physics; • Thermophysics, gas, plasma, and hydro-dynamics and coolant technology; • Radiation damage physics and material irradiation science; • Nuclear and radiation safety. CERN, 5 March, 2014

  8. IPPE accelerator complex KG-2,5 EG-1 EGP-15 Nuclear physics Radiation materials science Nuclear microanalysis EG-2,5 EG-0,3 Energy region (p+) -0,1…13 MeV Current -0,01…2000 μA Ion mass -1…100a.m.u. CERN, 5 March, 2014

  9. Nuclear medicine Spectra former Lithium target Accelerator based installation for boron neutron capture therapy Neutron flux for epithermal neutron 0,8·109 n/cm2 /mA 7Li(p,n)7Be reaction 9 CERN, 5 March, 2014

  10. Digital spectrometry Fission fragment spectrometry Neutron and gamma spectrometry Ternary fission investigation Ionization chamber (Fission fragments, α-particles) Organic scintillator (neutron, gamma) Inorganic scintillator (gamma, charged particles) Proportional counter (neutron) HPGe detector (gamma) 10 CERN, 5 March, 2014

  11. Nuclear data • Fission cross section • (n,α) reaction cross section • Delay neutron yield and spectra • Prompt fission neutron spectra • Elastic recoiled neutron cross section • And other… Fission cross section 50Cr(n,a) 14N(n,t)12C Digital spectrometry Tritium production in nitride fuel (n,α) reaction cross section 11 CERN, 5 March, 2014

  12. IPPE motivation to come into n-TOF collaboration • Unique possibility to use time of flight neutron source to produce high resolution data for set of reactions important for basic research and nuclear engineering. • Opportunity for young Russian scientists to participate in CERN experiments • Developing new methods for multidimensional nuclear experiment CERN, 5 March, 2014

  13. IPPE contribution • Financial contribution (to be discussed) • 18 years experience in digital signal processing for nuclear experiment • Manpower (young team) • Some non radioactive samples for collaboration experiments CERN, 5 March, 2014

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