/ Theory-Nucl


On the volatility of nihonium (Nh, Z = 113


Aksenov, Nikolay V. ; Steinegger, Patrick ; Abdullin, Farid Sh. ; Albin, Yury V. ; Bozhikov, Gospodin A. ; Chepigin, Viktor I. ; Eichler, Robert ; Lebedev, Vyacheslav Ya. ; Madumarov, Alexander Sh. ; Malyshev, Oleg N. ; Petrushkin, Oleg V. ; Polyakov, Alexander N. ; Popov, Yury A. ; Sabel'nikov, Alexey V. ; Sagaidak, Roman N. ; Shirokovsky, Igor V. ; Shumeiko, Maksim V. ; Starodub, Gennadii Ya. ; Tsyganov, Yury S. ; Utyonkov, Vladimir K. ; Voinov, Alexey A. ; Vostokin, Grigory K. ; Yeremin, Alexander V. ; Dmitriev, Sergey N.

Published in: Eur.Phys.J.
Year: 2017
Vol.: A53    Num./Issue: 7
Page No: 158
Year: 2017-07-28 published

Abstract: Gas-phase chromatography studies of nihonium (Nh, $ Z=113$ were carried out at the one-atom-at-a-time level. For the production of nihonium, the heavy-ion-induced nuclear fusion reaction of$^{48}$ Ca with$^{243}$ Am was used. This leads to isotopes$^{284, 285}$ Nh, as the direct descendants of the $\alpha$ -decaying precursors$^{288, 289}$ Mc. Combining the Dubna Gas-Filled Recoil Separator with gas-phase chromatographic separation, the experiment was sensitive to elemental nihonium and its adsorption behavior on Teflon, theoretically predicted by modern relativistic density functional theory. The non-observation of any decays of Nh after the chemical separation indicates a larger than expected retention of elemental Nh on a Teflon surface.


Note: *Brief entry*

Total numbers of views: 454
Numbers of unique views: 133
DOI: 10.1140/epja/i2017-12348-8
 Record created 2017-09-01, last modified 2017-09-01



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