Janas, Z × Keller, H Kirchner, R Klepper, O Piechaczek, A Roeckl, E Schmidt, K Huyse, Marc Vonschwarzenberg, J Szerypo, J Van Duppen, Piet Vermeeren, L Albus, F Kluge, Hj Passler, G Scheerer, Fp Trautmann, N Fedoseyev, Vn Mishin, Vi Grzywacz, R Piochocki, A Rykaczewski, K Zylicz, J #
Royal Swedish Academy of Sciences
Physica Scripta T vol:T56 pages:262-265
The very neutron-deficient isotope Sn-101 was produced in a Cr-50(Ni-58, 2p5n) reaction and its decay properties were determined for the first time. By using chemically selective ion sources of an on-line mass separator, the energy spectrum and the half-life (3 +/- 1 s) of beta-delayed protons of Sn-101 were measured. These results are compared to theoretical predictions.