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The nucleon induced deuteron break-up reaction is only beginning to be set in an accurate quantitative basis near threshold and promises to yield precious information on nuclear interactions. The reactions d+p → p+p+n, bombarding protons with deuterons have an interesting “magnifying” glass effect which allows a very detailed study of anomalies in the correlation cross section. The n+d→n+n+p reaction...
While considerable progress has been made in the numerical methods for the configuration-space scattering problem, there remains a considerable amount of work to do before the calculations have the accuracy which has been achieved for the bound-state calculations. However, several groups are actively working on this problem, and realistic numerical calculations should become more available in the...
In view of the controversial situation concerning the existence of a “collinearity peak” we continued the series of recent measurements on the p+d-breakup in collinear geometry down to very low energy. Spectra of p-p and n-p coincidence were taken and were compared with Faddeev calculations (one of them including a Tucson 3N-force). Care was taken to achieve good statistics and low background in the...
The syymetric star geometry of a three-nucleon System is particularly sensitive to a three-body force. We therefore measured the corresponding absolute cross section of the 2H(n,2n)1H reaction at Elab-10 MeV, with special efforts to achieve an accuracy of better than 10%. Method and results are discussed.
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