D. Kast

Identification of excited states in the N = Z nucleus 68 Se with cluster detectors

A first level scheme of

Picosecond lifetime measurement of neutron core-excited states in the N = 50 nucleus 95Rh

{}^{68}\mathrm{Se}

Large oblate deformation of69Se proven by measured transition probability

with five states up to 4.2 MeV excitation energy and tentative spins

Electromagnetic Transition Strengths in 104CD and 101AG and Their Interpretation within the Interacting Boson (Fermion) Plus Broken Pair Model

{6}^{+}

Measurements of lifetimes and magnetic moments in A ≈ 90 nuclei with EUROBALL Cluster detectors

and

Measurement of g factors in 84,86Zr and 87Nb by the recoil distance transient field γ-γ coincidence technique

{7}^{\ensuremath{-}}

Structure of high spin states in 104 Sn : E 2 and E 3 polarization of the 100 Sn core

has been established from \ensuremath{\gamma}\ensuremath{\gamma}\ensuremath{\gamma} coincidences measured with six EUROBALL Cluster detectors in close geometry. The level scheme is interpreted in comparison with neutron deficient nuclei of the

Structure of high spin states in Sn-104: E-2 and E-3 polarization of the Sn-100 core

A\ensuremath{\approx}70

Coincidence Doppler shift lifetime measurements in 73;74 Se and 74 Br using the EUROBALL Cluster cube array

region and cranking model calculations. In a similar experiment a triple coincidence between the

Magnetic moment measurements in the semi-magic nuclei 94Ru and 95Rh after recoil implantation into iron and nickel

{}^{72}\mathrm{Kr}