B. Löher
Technische Universität Darmstadt
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Publication
Featured researches published by B. Löher.
Physical Review C | 2011
D. Savran; M. Elvers; J. Enders; M. Fritzsche; B. Löher; N. Pietralla; V. Yu. Ponomarev; C. Romig; L. Schnorrenberger; K. Sonnabend; A. Zilges
The low-lying electric dipole (
Physical Review C | 2016
H. Pai; T. Beck; J. Beller; R. Beyer; Megha Bhike; V. Derya; U. Gayer; J. Isaak; Krishichayan; J. Kvasil; B. Löher; V. O. Nesterenko; N. Pietralla; G. Martínez-Pinedo; L. Mertes; V. Yu. Ponomarev; P.-G. Reinhard; A. Repko; P. Ries; C. Romig; D. Savran; R. Schwengner; W. Tornow; V. Werner; J. Wilhelmy; A. Zilges; M. Zweidinger
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nuclear science symposium and medical imaging conference | 2012
Mojca Miklavec; B. Löher; D. Savran; Roman Novak; S. Širca; Matjaz Vencelj
) strength in the semimagic nucleus
Journal of Physics: Conference Series | 2010
L. Schnorrenberger; K. Sonnabend; J. Glorius; B. Löher; N. Pietralla; D. Savran; V. Simon; C. Wälzlein
{}^{136}
Journal of Physics: Conference Series | 2016
P. Ries; T. Beck; J. Beller; Krishichayan; U. Gayer; J. Isaak; B. Löher; L. Mertes; H. Pai; N. Pietralla; C. Romig; D. Savran; M Schilling; W. Tornow; V. Werner; M. Zweidinger
Xe has been measured, which finalizes the systematic survey to investigate the so-called pygmy dipole resonance (PDR) in all stable even
international conference on advancements in nuclear instrumentation measurement methods and their applications | 2013
J. Silva; E. Fiori; J. Isaak; B. Löher; D. Savran; Matjaz Vencelj; Roland Wirth
N=82
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 2013
B. Löher; Marc Duchene; E. Fiori; W. Tornow; J. Endres; H. Scheit; N. Cooper; A. Zilges; M. Scheck; V. Werner; J. Silva; N. Pietralla; T. Aumann; Michael Knörzer; Christopher Romig; A. P. Tonchev; J. H. Kelley; J. Beller; J. Isaak; H. R. Weller; V. Derya
isotones with the method of nuclear resonance fluorescence using real photons in the entrance channel. In all cases, a fragmented resonance-like structure of
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 2013
B. Löher; V. Derya; T. Aumann; J. Beller; N. Cooper; M. Duchêne; J. Endres; E. Fiori; J. Isaak; J. H. Kelley; M. Knörzer; N. Pietralla; C. Romig; D. Savran; M. Scheck; H. Scheit; J. Silva; A. P. Tonchev; W. Tornow; H. R. Weller; V. Werner; A. Zilges
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Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 2013
B. Löher; V. Derya; T. Aumann; J. Beller; N. Cooper; M. Duchêne; J. Endres; E. Fiori; J. Isaak; J. H. Kelley; M. Knörzer; N. Pietralla; C. Romig; D. Savran; M. Scheck; H. Scheit; J. Silva; A. P. Tonchev; W. Tornow; H. R. Weller; V. Werner; A. Zilges
strength is observed in the energy region 5--8 MeV. An analysis of the fragmentation of the strength reveals that the degree of fragmentation decreases toward the proton-deficient isotones, while the total integrated strength increases, indicating a dependence of the total strength on the neutron-to-proton ratio. The experimental results are compared to microscopic calculations within the quasiparticle phonon model. The calculation includes complex configurations of up to three phonons and is able to reproduce also the fragmentation of the
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 2013
B. Löher; V. Derya; T. Aumann; J. Beller; N. Cooper; M. Duchêne; J. Endres; E. Fiori; J. Isaak; J. H. Kelley; M. Knörzer; N. Pietralla; C. Romig; D. Savran; M. Scheck; H. Scheit; J. Silva; A. P. Tonchev; W. Tornow; H. R. Weller; V. Werner; A. Zilges
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