hzdr
The 4 pi - fragment - spectrometer FOBOS
2010-03-31
[Electronic ed.]
Forschungszentrum Dresden
prv
Forschungszentrum Dresden, Dresden
Institut für Strahlenphysik
The 4 π - fragment - spectrometer FOBOS developed for heavy-ion research at beam energies of 10 - 100 AMeV has been commissioned for physical experiments at the Flerov Laboratory of Nuclear Reactions of the Joint Institute for Nuclear Research in Dubna. Based on the logarithmic detector principle, it is able to register charged fragments from Protons up to heavy residual nuclei in a large dynamical range. Position-sensitive avalanche counters, axial ionization chambers and CsI(TI) scintillation detectors are arranged in three concentric detector shells. An array of phoswich detectors is used as a more granular forward detector at narrow polar angles. The modular concept of FOBOS allows for different experimental application in the field of exclusive fragment spectroscopy at medium multiplicities. For illustration the fragment spectroscopy studies concerning the spontaneous fission process and the fragmentation of hot nuclei by means of the FOBOS set-up are considered.
urn:nbn:de:bsz:d120-qucosa-31143
Forschungszentrum Rossendorf
pbl
Forschungszentrum Rossendorf, Rossendorf
A. S.
Fomichev
aut
S. I.
Ivanovsky
aut
H.
Homeyer
aut
Solomon
Dshemuchadse
aut
S.
Heinitz
aut
K.
Heidel
aut
L.
Dietterle
aut
M.
Gebhardt
aut
I. A.
Aleksandrova
aut
D. V.
Kamanin
aut
B.
Czech
aut
Clauß-Michael
Herbach
aut
A. A.
Aleksandrov
aut
M.
Danziger
aut
Peter
Gippner
aut
V. N.
Doronin
aut
M.
Andrassy
aut
A.
Budzanovski
aut
W.
Wagner
aut
S. V.
Radnev
aut
H.
Sodan
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I. V.
Kolesov
aut
P.
Ziem
aut
L.
Zrodlowski
aut
D. V.
Vakatov
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C.
Umlauf
aut
L. A.
Rubinskaya
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V. V.
Trofimov
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W. D.
Fromm
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Gunnar
Renz
aut
Yu. E.
Penionzhkevich
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Yu. V.
Pyatkov
aut
V. E.
Zhuchko
aut
V. G.
Tishchenko
aut
O. V.
Strekalovsky
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V. M.
Vasko
aut
I. P.
Tsurin
aut
Edmund
Will
aut
A.
Matthies
aut
H.-G.
Ortlepp
aut
V. A.
Vitenko
aut
D.
May
aut
W.
Seidel
aut
K.-D.
Schilling
aut
W. Von
Oertzen
aut
A. P.
Sirotin
aut
I. D.
Sandrev
aut
M.
Wilpert
aut
R.
Yanez
aut
D. I.
Shishkin
aut
Yu. Ts.
Oganessian
aut
Guntram
Pausch
aut
S. I.
Merzlyakov
aut
eng
1997
Wissenschaftlich-technische Berichte
FZR-181
urn:nbn:de:bsz:d120-qucosa-237209
FZR-181
qucosa:22351Wissenschaftlich-technische Berichte / Forschungszentrum Rossendorf e. V. / FZR
Forschungszentrum Rossendorf; FZR-181
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