Spectroscopy of $^{17}$C via one-neutron knockout reaction
- Kim, S.
- Hwang, J.
- Satou, Y.
- Orr, N.A.
- Nakamura, T.
- Kondo, Y.
- Gibelin, J.
- Achouri, N.L.
- Aumann, T.
- Baba, H.
- Delaunay, F.
- Doornenbal, P.
- Fukuda, N.
- Inabe, N.
- Isobe, T.
- Kameda, D.
- Kanno, D.
- Kobayashi, N.
- Kobayashi, T.
- Kubo, T.
- Leblond, S.
- Lee, J.
- Marqués, F.M.
- Minakata, R.
- Motobayashi, T.
- Murai, D.
- Murakami, T.
- Muto, K.
- Nakashima, T.
- Nakatsuka, N.
- Navin, A.
- Nishi, S.
- Ogoshi, S.
- Otsu, H.
- Sato, H.
- Shimizu, Y.
- Suzuki, H.
- Takahashi, K.
- Takeda, H.
- Takeuchi, S.
- Tanaka, R.
- Togano, Y.
- Tuff, A.G.
- Vandebrouck, M.
- Yoneda, K.I.
- Elster, C.
- Phillips, D.R.
- Roberts, C.D.
DOIAbstract
This is an Open Access article distributed under the terms of the Creative Commons Attribution License 4.0, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.International audienceA spectroscopic study of 17C was performed via the one-neutron knockout reaction of 18C on a carbon target at RIKEN-RIBF. Three unbound states at excitation energies of 2.66(2), 3.16(5), and 3.97(3) MeV (preliminary) were observed. The energies are compared with shell-model calculations and existing measurements to deduce their spin-parities. From the comparison, the states at 2.66(2) and 3.97(3) MeV are suggested to be 1/2− and 3/2−, respectively. From its decay property, the state at 3.16(5...
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