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    Article

    Separaton Efficiency and Separation Time of Mass Separator MASHA Measured for Radon and Mercury Isotopes

    The separation efficiency and extraction time of mass separator MASHA, which is a combination of solid ISOL method and classic mass spectroscopy, were obtained for mercury and radon isotopes produced in comple...

    A. Kohoutova, A. M. Rodin, L. Krupa, E. V. Chernysheva… in Physics of Particles and Nuclei (2023)

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    Article

    Cross Sections of the Production of Mercury and Radon Isotopes in Complete Fusion Reactions with 36,40Ar and 40,48Ca Projectiles

    A modified catcher foil technique is used to measure the absolute cross sections of xn-evaporation channels in complete fusion reactions 144Sm(40Ar, xn)184−xHg, 148Sm(36Ar, xn)184−xHg, 144Nd(40Ca, xn)184−xHg, 142

    E. V. Chernysheva, A. M. Rodin… in Bulletin of the Russian Academy of Science… (2022)

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    Optimizing the Solid-State ISOL Technique for Separating Volatile Products of Complete Fusion Reactions

    Experiments on measuring the separation efficiency of evaporation residues produced in complete fusion reactions with heavy ions have been performed on the MASHA mass separator. A new design has been developed...

    A. M. Rodin, V. Yu. Vedeneev, A. V. Gulyaev… in Bulletin of the Russian Academy of Science… (2020)

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    Article

    The current status of the MASHA setup

    The MASHA setup designed as the mass-separator with the resolving power of about 1700, which allows mass identification of superheavy nuclides is described. The setup uses solid ISOL (Isotope Separation On-Lin...

    V. Yu. Vedeneev, A. M. Rodin, L. Krupa, A. V. Belozerov… in Hyperfine Interactions (2017)

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    Article

    Separation efficiency of the MASHA facility for short-lived mercury isotopes

    The mass-separator MASHA built to identify Super Heavy Elements by their mass-to-charge ratios is described. The results of the off- and on-line measurements of its separation efficiency are presented. In the ...

    A. M. Rodin, A. V. Belozerov, E. V. Chernysheva, S. N. Dmitriev… in Hyperfine Interactions (2014)