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- W2300360757 startingPage "B25" @default.
- W2300360757 abstract "Energy levels in ${mathrm{Sm}}^{148}$ and ${mathrm{Sm}}^{150}$ have been observed via the reactions ${mathrm{Sm}}^{147}(d, p){mathrm{Sm}}^{148}$, ${mathrm{Sm}}^{149}(d, p){mathrm{Sm}}^{150}$, ${mathrm{Sm}}^{148}(p, {p}^{ensuremath{'}}){mathrm{Sm}}^{148}$, and ${mathrm{Sm}}^{150}(p, {p}^{ensuremath{'}}){mathrm{Sm}}^{150}$ at 12-MeV bombarding energy. Reaction products were analyzed in a 0.1% energy resolution magnetic spectrograph using emulsion techniques. Levels below 1.9-MeV excitation are found to have much smaller ($d, p$) cross sections than those above this energy. Many previously unknown levels above 1-MeV excitation have been found in both these nuclei. The observed levels are compared with previous studies of these nuclei. Several of the positive parity levels in ${mathrm{Sm}}^{148}$ can be fitted to an asymmetric rotor-vibrator spectrum. The excited states in ${mathrm{Sm}}^{150}$ can be approximated, but not fitted exactly, with this model. The observed low-lying states in these nuclei are discussed in terms of expected level structure for collective models. The ground-state $Q$ values for the reactions ${mathrm{Sm}}^{147}(d, p){mathrm{Sm}}^{148}$ and ${mathrm{Sm}}^{149}(d, p){mathrm{Sm}}^{150}$ are determined to be 5920ifmmodepmelsetextpmfi{}10 keV and 5764ifmmodepmelsetextpmfi{}4 keV, respectively." @default.
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- W2300360757 date "1964-01-13" @default.
- W2300360757 modified "2023-09-25" @default.
- W2300360757 title "Energy Levels inSm148andSm150" @default.
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- W2300360757 doi "https://doi.org/10.1103/physrev.133.b25" @default.
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