Перегляд за автором "Noga, V.I."

Сортувати за: Порядок: Результатів:

  • Determination of the ²³⁸U concentration in concrete samples by registration of fission neutrons 
    Kasilov, V.I.; Kirichenko, V.V.; Kokhnyuk, К.S.; Noga, V.I. (Вопросы атомной науки и техники, 2001)
    In the work was to carry out and to improve the fission elements content tests of techniques for the concrete samples analysis of weight up to 0.5 kgs. The basis of this technique is the active analysis. Researched samples ...
  • Excitation of isomer in 115In(γ,γ′) 115mIn reaction 
    Shevchenko, O.S.; Dovbnja, A.N.; Kuplennikov, E.L.; Nemashkalo, A.A.; Noga, V.I.; Ranyuk, Y.N. (Вопросы атомной науки и техники, 2005)
    Activation yield measurements of the 115In(γ,γ′) 115mIn reaction were performed with bremsstrahlung of endpoint energies in the range of Eϒ max ≤ 0.8…3.0 MeV. The integrated cross sections for some intermediate states ...
  • Method for defining the concentration of fissile materials in radioactive waste 
    Buki, A.Yu.; Kasilov, V.I.; Kirichenko, V.V.; Kokhnyuk, К.S.; Lapin, N.I.; Noga, V.I. (Вопросы атомной науки и техники, 2000)
    In the work the development materials of an industrial technique definition of fission materials concentration in radioactive waste are resulted. The active analysis lays on the basis of a technique. Researched samples ...
  • Photoexcitation of ⁸⁷mSr by (γ,γ') reaction 
    Shevchenko, O.S.; Ranyuk, Y.M.; Dovbnya, A.M.; Kuplennikov, E.L.; Nemashkalo, A.A.; Goncharov, I.G.; Borysenko, V.N.; Noga, V.I. (Вопросы атомной науки и техники, 2007)
    The photoexcitation of ⁸⁷mSr (energy of isomeric level Eiso = 388.532 keV ) using the gamma rays produced by electron electrostatic accelerator was examined for the bremsstrahlung end-points energy covered the range from ...
  • Techniques and technologies of definition of the contents of uranium and plutonium isotopes in radioactive waste 
    Kirichenko, V.V.; Makhnenko, L.A.; Noga, V.I. (Вопросы атомной науки и техники, 2003)
    In this review, the issues of radiation and nucleus safety at dealing with nuclear waste (RW) are considered. The examples of already worked out technologies on definition of the isotopes contents of uranium and plutonium ...