D. Savran

Fragmentation and systematics of the pygmy dipole resonance in the stable N=82 isotones

The low-lying electric dipole (

Mixed-symmetry octupole and hexadecapole excitations in the N = 52 isotones

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The high-efficiency γ-ray spectroscopy setup γ3 at HIγS

) strength in the semimagic nucleus

Polarization sensitivity of a segmented HPGe detector up to 10 MeV

{}^{136}

Investigation of photoneutron reactions close to and above the neutron emission threshold in the rare earth region

Xe has been measured, which finalizes the systematic survey to investigate the so-called pygmy dipole resonance (PDR) in all stable even

Studies on the double-β decay nucleus Zn64 using the (d,He2) reaction

N=82

Magnetic dipole excitations ofCr50

isotones with the method of nuclear resonance fluorescence using real photons in the entrance channel. In all cases, a fragmented resonance-like structure of

Performance of timing resistive plate chambers with relativistic neutrons from 300 to 1500 MeV

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Efficient Reduction of Piled-Up Events in Gamma-Ray Spectrometry at High Count Rates

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

Particle identification using clustering algorithms

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