The 2p final-state interaction in the reaction

Slobodrian, R.J.; McKee, J.S.C.; Tivol, William F.; Clark, D. J.; Tombrello, T. A.

doi:10.1016/0370-2693(67)90062-7

Cited by 17 publications

(1 citation statement)

References 15 publications

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“…Davies et al I-4] measured the angular distribution of the reaction 3He(3He,4He)2p at E~ab=25MeV and got a maximum cross section ~ 1 mb/sr at 0cm=40 ~ Ro-berts et al [7] measured the differential cross section for the same reaction at El, b= 32 MeV and got a maximum near 0cm=40 ~ with a magnitude of 7 mb/sr. Similar changes in the cross section magnitude from Elab=43.0MeV to 53.0MeV is also known from the experiment of Slobodrian et al [8]. The background subtraction uncertainty of the Q3D method, discussed above at length, could account for a sizeable part of the difference with respect to the results of [1] and [5].…”

Section: Introductionsupporting

confidence: 69%

Production of high energy deuterons in the reaction:3He+3He?4He+2H+e ++v

et al. 1985

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Experiments on the reaction: 3He+ 3He--* 4He+ 2He using a single four detector telescope have shown evidence for the production of deuteron pulses, consistent with the 2He--+ZH+e+ +v fusion reaction in the final state. New measurements on the same reaction using improved techniques viz. A) a windowless 3I-Ie gas target and B) c~-d correlation detection with 5 ns resolving time and antipileup circuitry have been performed. Calibrations were obtained from the 7Li+ 3He--~ 2H + 4He + 4He reaction spectra. The correlation angles were 30 ~ and 97 ~ for the alphas and deuterons respectively. Deuteron pulses have been observed, correlated with alpha particles. A cross section of (1.7 +0.5) nbsr -1 MeV -t was obtained consistent with previous measurements using a single telescope.Nuclear Reactions: 3He(3He, c~)2H, E = 13.6 MeV, measured d 2 a/df2dE.

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