D. Vénos

Gamma radiation from the209Bi(3He, 3nγ)209at reaction

Gamma-radiation from the reactions of 28 MeV and 26 MeV3He-ions on the209Bi target has been studied by means of Ge(Li) detectors. Individual observed prompt γ-ray transitions have been assigned to the corresponding reactions. The results of previous studies of the209At nucleus have been verified and completed. Two new levels at energies of 640 keV and 1270·5 keV have been introduced. Additionally, 15 new transitions have been observed which could belong to209At. The209At level structure is discussed in terms of nuclear models.

Directional correlations of γ-rays in149Gd

Theγ-γ directional correlations for cascades observed in the 4.1 hour149Tb decay were measured on the multidetector system consisting of 7 Ge (Li) detectors. The results together with the experimental data on the internal electron conversion allowed a model-independent assignment of the spin values at a confidence level higher than 95% for three levels in149Gd: 325 keV 3/2−, 817 keV 3/2− and 1206 keV 1/2−. Multipole mixing ratios for sixγ-transitions were also derived.

Magnetic moment of Ag-104(m) and the hyperfine magnetic field of Ag in Fe using nuclear magnetic resonance on oriented nuclei

Nuclear magnetic resonance (NMR/ON) measurements with

Nuclear spin-lattice relaxation of Cu-62 at low temperatures in iron

\ensuremath{\beta}

Low-temperature HPGe detectors

- and

Nuclear magnetic moment of {sup 69}As from on-line {beta}-NMR on oriented nuclei

\ensuremath{\gamma}

The population op the nuclear states in181Re by means of181Ta (3He, 3n γ) reaction

-ray detection have been performed on oriented

Effects of the atomic environment on the electron binding energies in samarium

^{104}\mathrm{Ag}

Nuclear spin-lattice relaxation ofCu62at low temperatures in iron

{}^{\mathit{g},\mathit{m}}