Indirect Study of the (2)H(d,p)(3)H and (2)H(d,n)(3)He Reactions at Astrophysical Energies via the Trojan Horse Method
- TUMINO, A.
- SPITALERI, C.
- MUKHAMEDZHANOV, A.
- TYPEL, S.
- ALIOTTA, M.
- BURJAN, V.
- SANTO, M. G. Del
- KISS, G. G.
- KROHA, V.
- HONS, Z.
- COGNATA, M. La
- LAMIA, L.
- MRAZEK, J.
- PIZZONE, R. G.
- PISKOR, S.
- RAPISARDA, G. G.
- ROMANO, S.
- SERGI, M. L.
- SPARTA, R.
Publication date
January 2011
DOI Publisher
SPRINGER WIEN ISSN
0177-7963 Citation count (estimate)
1Abstract
The (2)H(d,p)(3)H and (2)H(d,n)(3)He reactions have been indirectly studied by means of the Trojan Horse Method applied to the quasi-free (2)H((3)He, p(3)H)(1)H (2)H((3)He, n(3)He)(1)H reaction at 18 MeV of beam energy. This is the first experiment where the spectator (here (1)H) has been detected in coincidence with the charged participant, avoiding the limitations of standard neutron detectors. The d - d relative energy has been measured from 1.5 MeV down to 2 keV, at center of mass angles from 40A degrees to 170A degrees. Indirect angular distributions are compared with the direct behaviour in the overlapping regions
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