Reactions In Light Nuclei Research Articles

Angular Momentum Coupling in Deuteron Reactions

Information about nuclear coupling schemes which can be derived from relative cross sections in deuteron stripping and pickup reactions in light nuclei is considered. In a few cases, experimental results are applied to give a determination of the intermediate-coupling parameter.

Photodisintegration of 16O and 63Cu by Photons of Variable Energy

Proton capture reactions in light nuclei provide ?-radiation with energy controllable by variation of proton energy. The radiation from proton capture by 7Li has been used to investigate the (?,n) reactions in 16O and 63Cu over an energy range of 300 keV around 17�7 MeV. No resonant behaviour was observed in 16O. A variation in the 63Cu photoneutron cross section is interpreted as the combined effect of many unresolved levels.

The Energy-Release in some (p ) Reactions in Light Nuclei

The Energy-Release in some (p ) Reactions in Light Nuclei

Some New Reactions in Light Nuclei with High Energy Protons

Some New Reactions in Light Nuclei with High Energy Protons

Lectures on ventilation

Data from the Kstop−A absorption reaction in light nuclei (6,7Li, 9Be, 13C and 16O) have recently been collected by FINUDA at DAΦNE, INFN Laboratori Nazionali di Frascati (LNF), Italy. The studies of kaon absorption on multibaryonic systems have been carried out by examining Λp(d,t) correlations. The observation of a nearly constant rate of Λp(d,t) pairs emitted in opposite direction for the targets examined suggests that the absorption of K− at rest in nuclei proceeds through the formation of an intermediate nuclear state, often named Bound Kaonic Nuclear (BKN) state. The experimental study of such states is based on the behavior of the Λp(d,t) invariant masses, which allow the structure of bound [K−NN(NNN, NNNN)] systems in nuclei to be examined. Missing mass distributions supply complementary information on the dynamics of the K− absorption.