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EnglishSecondary ions of Ag-100, Cd-100, In-100, and Sn-100 were produced via the fusion-evaporation reaction Cr-50 + Ni-58 at an energy of 51 MeV/nucleon, and were accelerated simultaneously in the second cyclotron of GANIL. About 10 counts were observed from the production and acceleration of Sn-100(22+). The masses of Cd-100, In-100, and Sn-100 were measured with respect to Ag-100 using the GANIL cyclotron, with precisions of 2 X 10(-6), 3 x 10(-6), and 10(-5), respectively.
| Titolo: | Mass measurement of Sn-100 |
| Autori interni: | |
| Data di pubblicazione: | 1996 |
| Rivista: | |
| Citazione: | Mass measurement of Sn-100 / Chartier M; Auger G; Mittig W; LepineSzily A; Fifield LK; Casandjian JM; Chabert M; Ferme J; Gillibert A; Lewitowicz M; MacCormick M; Moscatello MH; Odland OH; Orr NA; Politi G; Spitaels C; Villari ACC. - 77:12(1996), pp. 2400-2403. |
| Abstract: | Secondary ions of Ag-100, Cd-100, In-100, and Sn-100 were produced via the fusion-evaporation reaction Cr-50 + Ni-58 at an energy of 51 MeV/nucleon, and were accelerated simultaneously in the second cyclotron of GANIL. About 10 counts were observed from the production and acceleration of Sn-100(22+). The masses of Cd-100, In-100, and Sn-100 were measured with respect to Ag-100 using the GANIL cyclotron, with precisions of 2 X 10(-6), 3 x 10(-6), and 10(-5), respectively. |
| Handle: | http://hdl.handle.net/20.500.11769/15176 |
| Appare nelle tipologie: | 1.1 Articolo in rivista |
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