Search Results - Garankin, J.

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  1. 1
    Optimization of Neutron and Gamma Particles Separation in Polyethylene Naphthalate Scintillation Detector

    Optimization of Neutron and Gamma Particles Separation in Polyethylene Naphthalate Scintillation Detector by Garankin, J., Plukis, A., Grineviciute, J.

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  2. 2
    Identification of Particles of Ionizing Radiation by the Analysis of Fluorescence Pulse Form of the Thin Pen Film Scintillator

    Identification of Particles of Ionizing Radiation by the Analysis of Fluorescence Pulse Form of the Thin Pen Film Scintillator by Garankin, J., Plukis, A., Plukiene, R., Lagzdina, E., Remeikis, V.

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  3. 3
    EVALUATION OF THE DOSE LEVELS IN THE IRRADIATION CHANNELS OF PU-BE NEUTRON SOURCES STORAGE DEVICE BY USING NEUTRON ACTIVATION ANALYSIS AND MCNP6 MODELLING

    EVALUATION OF THE DOSE LEVELS IN THE IRRADIATION CHANNELS OF PU-BE NEUTRON SOURCES STORAGE DEVICE BY USING NEUTRON ACTIVATION ANALYSIS AND MCNP6 MODELLING by Lagzdina, E., Plukienė, R., Lingis, D., Garankin, J., Plukis, A., Germanas, D., Remeikis, V.

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  4. 4
    ESTIMATION OF THE GENERATION OF 13C AND 14C IN THE REACTOR GRAPHITE USING MCNP6 MODELLING, ISOTOPE RATIO MASS SPECTROMETRY AND 14C MEASUREMENT TECHNIQUE

    ESTIMATION OF THE GENERATION OF 13C AND 14C IN THE REACTOR GRAPHITE USING MCNP6 MODELLING, ISOTOPE RATIO MASS SPECTROMETRY AND 14C MEASUREMENT TECHNIQUE by Plukienė R., Lagzdina E., Garankin J., Garbaras A., Gudelis A., Germanas D., Plukis A., Remeikis V.

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    ESTIMATION OF THE GENERATION OF 13 C AND 14 C IN THE REACTOR GRAPHITE USING MCNP6 MODELLING, ISOTOPE RATIO MASS SPECTROMETRY AND 14 C MEASUREMENT TECHNIQUE

    ESTIMATION OF THE GENERATION OF 13 C AND 14 C IN THE REACTOR GRAPHITE USING MCNP6 MODELLING, ISOTOPE RATIO MASS SPECTROMETRY AND 14 C MEASUREMENT TECHNIQUE by Plukienė, R., Lagzdina, E., Garankin, J., Garbaras, A., Gudelis, A., Germanas, D., Plukis, A., Remeikis, V.

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