A. Kühmichel
6 Papers
95 Citations
A. Kühmichel is an academic researcher. The author has contributed to research in topics: Fission & Scintillator. The author has an hindex of 5, co-authored 6 publications.
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Papers
Photodiode readout and pulse shape analysis of CsI(Tl) scintillator signals
P. Kreutz,A. Kühmichel,C.H. Pinkenburg,J. Pochodzalla,Z.Y. Guo,U. Lynen,H. Sann,W. Trautmann,R. Trockel +8 more
TL;DR: In this article, the light output performance of CsI(Tl) scintillators coupled directly or via wavelength shifters to a photodiode is investigated using a zero-crossing technique of pulse shape analysis.
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Transient times of fission in sup 40 Ar+ sup 232 Th peripheral collisions
E.M. Eckert,A. Kühmichel,J. Pochodzalla,K. D. Hildenbrand,U. Lynen,W. F. J. Müller,H.J. Rabe,H. Sann,H. Stelzer,W. Trautmann,R. Trockel,R. Wada,C. Cerruti,P. Lhenoret,R. Lucas,C. Mazur,C. Ng,M. Ribrag,E. Tomasi,A. Demeyer,D. Guinet +20 more
TL;DR: Peripheral {sup 40}Ar+{sup 232}Th collisions at a bombarding energy {ital E}/{ital A}=30 MeV were studied by measuring coincidences of fission fragments with projectile fragments detected near the grazing angle.
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Recoil effects in peripheral nucleus-nucleus collisions at E/ A=84 MeV
H.J. Rabe,K. D. Hildenbrand,U. Lynen,Wolfgang Müller,H. Sann,H. Stelzer,W. Trautmann,R. Trockel,R. Wada,J. Pochodzalla,E.M. Eckert,P. Kreutz,A. Kühmichel,N. Brummund,R. Glasow,Karl-Heinz Kampert,R. Santo,D. Pelte +17 more
TL;DR: In this article, angular correlations between projectile fragments and light particles have been measured in 18 O induced reactions on 58.64 Ni and 197 Au targets at E / A =84 MeV.
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Intermediate mass fragments from 40 Ar+ 197 Au: Transition from the incomplete fusion to the participant spectator regime
U. Milkau,E. Berdermann,B. Berthier,P. Bouissou,C. Cerruti,A. Demeyer,E.M. Eckert,D. Guinet,K. D. Hildenbrand,J. Hubele,G. Imme,P. Kreutz,A. Kühmichel,Gerd Joachim Kunde,S. Leray,P. Lhenoret,R. Lucas,U. Lynen,C. Mazur,W. F. J. Müller,C. Ng,C.H. Pinkenburg,J. Pochodzalla,H.J. Rabe,Giuseppina Raciti,M. Ribrag,H. Sann,H. Stelzer,E. Tomasi,W. Trautmann,R. Trockel,R. Wada +31 more
TL;DR: The increased isotropy of the angular distributions and the strongly reduced Coulomb repulsion at the higher bombarding energy suggest that the emission process evolves towards fragmentation of excited spectator matter in central ion-ion collisions.
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