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Tritium-Containing Targets for Neutron Generators

Tritium-Containing Targets for Neutron Generators. STCU Workshop "From Science to Business" 11 – 12 October 2006, Kyiv Mykola Kolomiyets 380 44 5252614 mkolomiets@kinr.kiev.ua Institute for Nuclear Research NAS Ukraine Kyiv. Proprietary information statement.

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Tritium-Containing Targets for Neutron Generators

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  1. Tritium-Containing Targets for Neutron Generators STCU Workshop "From Science to Business" 11 – 12 October 2006, Kyiv Mykola Kolomiyets 380 44 5252614 mkolomiets@kinr.kiev.ua Institute for Nuclear Research NAS Ukraine Kyiv

  2. Proprietary information statement • None of the slides contain any confidential or proprietary information which would prevent patenting the technology.

  3. Brief technology description Description These are intended for obtaining neutron fluxes with energy of 14 MeV for the d (T, n) reaction and 2.5 MeV for the d (D, n) reactionon accelerators of the charged particles. The targets obtain the neutron fluxes, stable in time, of required intensity. The life of targets compares favorably with the best world analogs. Innovative Aspect and Vain Advantages: • Neutron fluxes, neutron n/s……………108 to 1013 • Target diameter, mm .….....11.6 to 432 • Substrates ……………….….copper, molybdenum • Tritium and deuterium sorbents…….……..titanium, zirconium, scandiumMass surface density of sorbents, mg/cm2…….0.5 to 3 • Number of tritium (deuterium) atoms per • sorbent atom, over……………..……..…….1.5 • Number of standardized sizes………………..…………..…………….10 To meet specific requirements, any possible modification is a pretty fat chance for you.

  4. Tritium-containing Targets МТС

  5. Tritium-containing Targets МТ СНЕГ

  6. Installation for tritium processing

  7. Installation for deuterium processing

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