Breakup reaction study of the Brunnian nucleusC10 | Zendy

N. Curtis | Zendy; N. L. Achouri | Zendy; N. I. Ashwood | Zendy; H. G. Bohlen | Zendy; W. N. Catford | Zendy; Nicholas Clarke | Zendy; M. Freer | Zendy; P. J. Haigh | Zendy; B. Laurent | Zendy; N. A. Orr | Zendy; N. Patterson | Zendy; N. Soić | Zendy; J. S. Thomas | Zendy; V. Ziman | Zendy

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Breakup reaction study of the Brunnian nucleusC10

Author(s) -

N. Curtis,

N. L. Achouri,

N. I. Ashwood,

H. G. Bohlen,

W. N. Catford,

Nicholas Clarke,

M. Freer,

P. J. Haigh,

B. Laurent,

N. A. Orr,

N. Patterson,

N. Soić,

J. S. Thomas,

V. Ziman

Publication year - 2008

Publication title -

physical review c

Language(s) - English

Resource type - Journals

eISSN - 1089-490X

pISSN - 0556-2813

DOI - 10.1103/physrevc.77.021301

Subject(s) - physics , excited state , proton , atomic physics , nucleon , breakup , crystallography , particle physics , nuclear physics , chemistry , mechanics

The structure and 2α + 2p breakup of $^{10}$C, the only known Brunnian nucleus, has been studied at 33.3 MeV/nucleon. The breakup kinematics were used to reconstruct the $^{10}$C→$^{9}$B +p, $^{9}$B→$^{8}$Be +p, $^{8}$Be→ α + α and $^{10}$C → $^{6}$Be +α, $^{6}$Be → $^{5}$Li +p, $^{5}$Li → α + p decay paths. Proton emission was seen to be favored. The decay of excited states at Ex = 4.20, 5.31, and 6.74 MeV was observed. The previously unobserved state at 4.20 MeV may correspond to a J$^{π}$ = 0$^{+}$α + 2p + α cluster structure

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