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M. I. Romanyuk

Observed names: M I Romanyuk, M. Romanyuk, M.I. Romanyuk, Romanyuk, M. I., Romanyuk, M.I., Romanyuk, Mykola, Ivanovitch, М. І. Романюк
ORCID: 0000-0002-9141-8634
Observed ORCID: 0000-0002-9141-8634
OpenAlex ID: A5020073394
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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Crossed-field (trochoidal) electron monochromators and their optimization
1994 · M I Romanyuk, O B Shpenik · Measurement Science and Technology · 13
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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New Statistical Methods for Systematizing the Nuclei Fission Fragments: Post-Scission Approach
2013 · V. T. Maslyuk, O. A. Parlag, et al. · Journal of Modern Physics · 6
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Trochoidal electron analysers with nonuniform electric fields produced by planar electrodes
1994 · M I Romanyuk · Measurement Science and Technology · 6
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Calculation of the fission-fragment yields of the pre-actinide nuclei by the example of the Pbnat isotopes
2016 · V.T. Maslyuk, O.A. Parlag, et al. · Nuclear Physics A · 5
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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
Dosimetric studies of e-, γ-, n- Irradiation fields of the M-30 microtron (18.5 mev)
2024 · V. Maslyuk, O. Pop, et al. · Radiation Physics and Chemistry · 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
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
Transformations of actinides fission product yields due to post-scission emission of nuclear particles: 232Th
2021 · V.T. Maslyuk, O.O. Parlag, et al. · Canadian Journal of Physics · 2
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Peculiarities of Fragmentation of Water and Aqueous Solutions of Alcohols Under the Influence of Radiation Factors of Different Nature: Physico-chemical and Biological Parameters
2026 · V. Maslyuk, N. Svatiuk, et al. · Voprosy atomnoj nauki i tehniki. Seriâ âderno-fizičeskie issledovaniâ · 1
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A Methodology for Systematic Radiation Testing of Electronic Components on the M-30 Microtron
2026 · V. Maslyuk, I. Turkin, et al. · Conference of High Energy Physics and Nuclear Physics
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Radiation fragmentation of water and alcohols: physico-chemical and biological properties
2025 · Maslyuk, Volodymyr, Trohimowitch, Svatiuk, Natalia, Ivanivna, et al. · HAL
Nucleosynthesis of Nuclear Matter: Entropy Effects
2023 · V.T. Maslyuk, Ye.O. Skakun, et al.
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On the Possibility to Detect Acts of Cluster Decay of Atomic Nuclei by the Methods of Noise Diagnostic
2020 · A.D. Skorbun, O.A. Kuchmagra, et al.
Transformations of mass/charges fission fragments spectra with consideration the postfission emission of nuclear particles: 232Th
2019 · Maslyuk, V. T., Parlag, O. O., et al. · arXiv (Cornell University)
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Energy Dependent Prompt Neutron Multiplicity Parameterization for Actinide Photofission
2018 · Lengyel, A. I., Parlag, O. O., et al. · arXiv (Cornell University)
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Works count: 20
Citation count: 81
H-index: 6
I10-index: 2
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