Confirmation Of Super Heavy Element Production In [sup 48]Ca Induced Fusion Reactions A Handshake Of Physics And Chemistry For Element 112

Authors :: Pasi Kuusiniemi
M. Venhart
B. Streicher
F. Haenssler
Zibao Gan
Grigory K. Vostokin
J. A. Heredia
A. V. Shutov
Yu. Ts. Oganessian
I. Kojouharov
S. V. Shishkin
Katsuhisa Nishio
V. Ya. Lebedev
A. V. Belozerov
Rugard Dressler
Evgeny E. Tereshatov
Stefan G. Hofmann
M. Leino
Juha Uusitalo
Bettina Lommel
Peter Rasmussen
V. F. Comas
H. J. Schött
D. Piguet
A. G. Popeko
S. N. Dmitriev
H. W. Gäggler
M. Wegrzecki
R. Mann
Andreas Laube
Robert Eichler
Birgit Kindler
Jadambaa Khuyagbaatar
N. V. Aksenov
O. V. Petrushkin
F. P. Heβberger
V. I. Chepigin
B. Sulignano
S. Heinz
A. V. Yeremin
A. I. Svirikhin
Dieter Ackermann
V. A. Gorshkov
G. Münzenberg
M. G. Itkis
S. Antalic
S. Saro
G. A. Bozhikov
O. N. Malyshev
H. G. Burkhard
Source :: AIP Conference Proceedings.
Publication Year :: 2008
Publisher :: AIP, 2008.
Abstract: The production of 283112 in 48Ca induced nuclear reactions was investigated using physical and chemical separation techniques. In the reaction 48Ca on 238U, four events were registered at the SHIP velocity filter. The mean atomic mass of the evaporation residues (EVR)

Subjects :: Nuclear physics
Nuclear reaction
Physics
Uranium-238
Handshake
Scattering
Evaporation
Nuclear fusion
Mass spectrometry
Atomic mass

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