@inproceedings{8d89854a10df48d3ac8842f2d73edb07,
title = "Direct Determination of Ground-State Transition Widths and Natural Level Widths with the Method of Relative Self Absorption",
abstract = "The method of relative self absorption is based on the technique of nuclear resonance fluorescence measurements. It allows for a model-independent determination of ground-state transition widths, natural level widths, and, consequently, of branching ratios to the ground state for individual excitations. Relative self-absorption experiments have been performed on the nuclei Li-6 and Ce-140. In order to investigate the total level width for the 0(1)(+), T = 1 level at 3563 keV in Li-6, a high-precision self-absorption measurement has been performed. In the case of Ce-140, self absorption has been applied for the first time to study decay widths of dipole-excited states in the energy regime of the pygmy dipole resonance.",
author = "C. Romig and T. Beck and J. Beller and J. Birkhan and A. Endres and M. Fritzsche and U. Gayer and J. Glorius and J. Isaak and L. Mertes and H. Pai and N. Pietralla and P. Ries and D. Savran and M. Scheck and L. Schnorrenberger and K. Sonnabend and V. Werner and M. Zweidinger",
year = "2015",
doi = "10.1051/epjconf/20159301035",
language = "English",
isbn = "978-2-7598-1794-8",
volume = "93",
series = "EPJ Web of Conferences",
publisher = "EDP Sciences",
editor = "R Schwengner and K Zuber",
booktitle = "CGS15 - CAPTURE GAMMA-RAY SPECTROSCOPY AND RELATED TOPICS",
}