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О.О. Parlag

Observed names: O Parlag, O. O. Parlag, O. Parlag, O.O. Parlag, Oleg O. Parlag, Oleg Parlag, Parlag, O. O., Parlag, O.O., О. О. Парлаг, Олег Олександрович Парлаг
ORCID: 0000-0002-0615-8103
Observed ORCID: 0000-0002-0615-8103
OpenAlex ID: A5082609214
Microtron M-30 for Radiation Experiments: Formation and Control of Irradiation Fields
2022 · M.I. Romanyuk, J.J. Hainysh, et al. · 20
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Empirical formula for the HPGe-detector efficiency dependence on energy and distance
2019 · I. Pylypchynets, A. Lengyel, et al. · Journal of Radioanalytical and Nuclear Chemistry · 13
Photon and Photoneutron Outputs Simulation From a Tantalum Converter at the M-30 Microtron
2024 · E.V. Oleinikov, I.V. Pylypchynets, et al. · 10
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Isotopic Identification of Photofissed Nuclear Materials in Stainless Steel Containers Using Delayed Gamma-rays
2022 · I.V. Pylypchynets, O.O. Parlag, et al. · 9
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Double-layer targets for forming the beams of the high-energy photons on the electron accelerator of M-30 microtron
2019 · І. В. Пилипчинець, О. О. Парлаг, et al. · Scientific Herald of Uzhhorod University Series Physics · 8
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Methods of formation and control of radiation fields of M-30 microtron
2022 · M. I. Romanyuk, J. J. Gaynish, et al. · Journal of Physical Studies · 7
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Structure of Mass-Yield Distributions of 232Th Photofission Product by Bremsstrahlung at Energy 17.5 MeV
2021 · Oleg O. Parlag, Vladimir T. Maslyuk, et al. · Scientific Herald of Uzhhorod University Series Physics · 7
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Simulation the yields of actinide nuclei photofission products induced by bremsstrahlung of electron accelerators
2017 · Ігор Васильович Пилипчинець, Олег Олександрович Парлаг, et al. · Scientific Herald of Uzhhorod University Series Physics · 7
Modeling the Characteristics of Photons and Residual Electrons in Bremsstrahlung Beams Generated by a Tantalum Converter on the M-30 Microtron
2025 · О.О. Parlag, V.V. Pyskach, et al. · 6
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Simulation of the Concomitant Nuclear Reactions Contribution to the Actinide Photofission on the M-30 Microtron at 17.5 MeV Bremsstrahlung Energy
2023 · Eugene Oleinikov, Igor Pylypchynets, et al. · Journal of Nuclear and Particle Physics · 6
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EMPIRICAL FORMULA FOR THE DEPENDENCE OF HPGe-DETECTOR EFFICIENCY ON ENERGY AND DISTANCE FOR SHIELDED GAMMA-RAY SOURCES
2023 · I.V. Pylypchynets, O.I. Lengyel, et al. · 6
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The natural radioactivity of the Carpathian national parks and radon evaluation
2016 · Volodymyr T. Maslyuk, Olesya I. Symkanich, et al. · Nukleonika · 6
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Simulation of the Optimal Scheme for Stimulating Actinide Photofission on the M-30 Microtron at 17.5 Mev Bremsstrahlung Energy
2023 · Eugene Oleinikov, Igor Pylypchynets, et al. · Journal of Nuclear and Particle Physics · 5
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PRODUCT YIELDS FOR THE PHOTOFISSION OF 239Pu WITH BREMSTRAHLUNG AT 17.5 MeV BOUNDARY ENERGY
2021 · O.O. Parlag, V.T. Maslyuk, et al. · 4
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The features of the fission fragments yields formation of the actinide nuclei on example of uranium isotopes
2017 · V. T. Maslyuk, O. O. Parlag, et al. · Europhysics Letters (EPL) · 4
Statistical regularities in the distribution of radionuclides in sediments of transcarpathia mountain rivers
2012 · V.T. Maslyuk, N.I. Svatyuk, et al. · Journal of Environmental Radioactivity · 4
Semiempіrical description of Ge(Li)- and HPGe- detectors efficiency for photofission experiments
2009 · О. І. Лендєл, О. О. Парлаг, et al. · Scientific Herald of Uzhhorod University Series Physics · 4
18f Radioisotope Yield of Polytetrafluoroethylene Activation on the M-30 Microtron
2024 · I.V. Pylypchynets, E.V. Oleinikov, et al. · 3
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Gamma-Ray Self-Absorption Corrections in Stainless Steel 12Х18Н10Т for the Needs of Non-Destructive Isotopic Differentiation of Shielded Actinides
2024 · I. V Pylypchynets, A.I. Lengyel, et al. · International Journal of Innovative Science and Research Technology (IJISRT) · 3
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STRUCTURE OF MASS DISTRIBUTIONS OF PHOTOFISSION PRODUCT YIELDS OF 238U AT 17.5 MeV BREMSSTRAHLUNG ENERGY
2023 · E.V. Oleynikov, O.O. Parlag, et al. · 3
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Simulation the Yields of Actinide Nuclei Photofission Products as Sources of Delayed Gamma Radiation for the Needs of Analyzing their Isotopic Composition
2020 · I.V. Pylypchynets, O.O. Parlag, et al. · Scientific Herald of Uzhhorod University Series Physics · 3
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Schottky-like phase transition in the fission of atomic nuclei: U235
2018 · V. T. Maslyuk, O. O. Parlag, et al. · Physical Review C · 3
Reaction rates of the113In(γ,n)112mIn and115In(γ,n)114mIn
2016 · Ye Skakun, I Semisalov, et al. · Journal of Physics Conference Series · 3
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Calculations of Average Numbers of Prompt Neutrons for Actinide Photofission
2016 · A. Lengyel, O.O. Parlag, et al. · Journal of Nuclear and Particle Physics · 3
Parameterization of prompt neutron multiplicity for first-chance actinide photofission
2023 · Eugene V. Oleinikov, Alexander I. Lengyel, et al. · SCIREA Journal of Physics · 2
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Works count: 50
Citation count: 157
H-index: 7
I10-index: 3
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