Investigation of the 4- linear chain state in O
N Curtis, S Almaraz-Calderon, A Aprahamian… - Physical Review C …, 2013 - APS
N Curtis, S Almaraz-Calderon, A Aprahamian, NI Ashwood, M Barr, B Bucher, P Copp…
Physical Review C—Nuclear Physics, 2013•APSThe 12 C (4 He, 8 Be) 8 Be and 12 C (4 He, 12 C*→ 8 Be+ α) α reactions have been
measured with beam energies ranging from 12.2 to 20.0 MeV. The α particles emitted
directly and following the decay of 8 Be and 12 C* were detected in an array of four double
sided silicon strip detectors. An analysis of the angular distributions obtained for the 12 C (4
He, 8 Be) 8 Be channel provides no evidence to support the previously proposed rotational
structure consisting of a rigid, linear, arrangement of four α particles in 16 O.
measured with beam energies ranging from 12.2 to 20.0 MeV. The α particles emitted
directly and following the decay of 8 Be and 12 C* were detected in an array of four double
sided silicon strip detectors. An analysis of the angular distributions obtained for the 12 C (4
He, 8 Be) 8 Be channel provides no evidence to support the previously proposed rotational
structure consisting of a rigid, linear, arrangement of four α particles in 16 O.
The C(He,Be)Be and C(He,C Be+) reactions have been measured with beam energies ranging from 12.2 to 20.0 MeV. The particles emitted directly and following the decay of Be and C were detected in an array of four double sided silicon strip detectors. An analysis of the angular distributions obtained for the C(He,Be)Be channel provides no evidence to support the previously proposed rotational structure consisting of a rigid, linear, arrangement of four particles in O.
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