Abstract
There has been increased interest in light nuclei in recent years [1]. In addition to more extensive analyses of the two-nucleon interaction [2], many attempts to provide a theoretical descripton of three, four, etc., nucleon systems have been made. The development of accelerators operating in the energy range between very low values and 20 MeV with high beam currents and good energy resolution, and also improved methods of particle detection, have increased the accuracy of experimental data. This has led to more extensive information about total cross sections, angular distributions, and energy distributions in multiparticle reactions, and has also enabled polarization experiments to be carried out. As a result, it is now possible to deduce a large number of the parameters which enter into the corresponding theoretical descriptions.
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