Kernphysik Skript (H.J. Wollersheim)

A. Görgen: Gamma-ray spectroscopy I fusion reaction, Ge-detector arrays, SD-bands A. Görgen: Gamma-ray spectroscopy II angular distribution, linear polarization, particle detection A. Görgen: Gamma-ray spectroscopy III transfermium nuclei, lifetime measurements A. Görgen: Gamma-ray spectroscopy IV isomer spectroscopy, E0-transition, Coulomb excitation, RISING A. Görgen: Shapes and shape coexistence Coulomb excitation, SD-bands A. Görgen: Shapes and electromagnetic moments Coulomb excitation

A. Jungclaus: High spin physics instrumentation, experimental techniques, examples A. Jungclaus: High spin physics Ge-arrays, particle detection, N=Z A. Jungclaus: High spin physics SD-bands, heavy elements A. Jungclaus: High spin physics recoil decay tagging, Miniball, AGATA

D. Radford: Collective Excitations SD-bands, symmetries D. Radford: Collective Excitations Ge-arrays, band termination, SD-bands, GDR, intermediate Coulomb excitation D. Radford: Collective Excitations intermediate Coulomb excitation, 132Sn

F.G. Kondev: Experimental Nuclear Structure Part 1: nuclear reactions, lifetime, log ft, γ-ray decay F.G. Kondev: Experimental Nuclear Structure Part 2: isomer, γ-arrays

P. Van Isacker: Nuclear Structure Part 1: Single-particle models P. Van Isacker: Nuclear Structure Part 2: Collective models P. Van Isacker: Symmetry approach to nuclear collective motion II

R.F. Casten: Single Particle and Collective Modes in Nuclei Part 1 R.F. Casten: Single Particle and Collective Modes in Nuclei Part 2 R.F. Casten: Single Particle and Collective Modes in Nuclei Part 3 R.F. Casten: Single Particle and Collective Modes in Nuclei Part 4

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