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[en] Of the many contributions to the subject 'Light ion reaction mechanism and nuclear structure', a few are selected and reviewed which highlight the present state of the field. Some contributions to the conference dealing with nuclear interactions are briefly outlined in the second section following an introductory section. Lane model calculations are compared with data for ⁹Be and results are given showing angular distributions of the cross sections, the analyzing powers and the spin-rotation parameters for p - ⁴⁰Ca. Real central potential for d + ³²s resulting from the FB-analysis are compared with frozen density folding and delta-function folding. The third section deals with reaction mechanism. Data are cited which show near-side and far-side contributions to the calculated analyzing powers in the ¹¹⁶Sn(d,p)¹¹⁷Sn (11.2^-) transition. Calculations are compared with experimental A_y and -(A_yy + 2)/3. Also given are measurements of the cross sections and analyzing powers of the continuum energy spectra for the ⁵⁸Ni(p,p'x), along with relations between the analyzing powers and momentum transfer. The fourth section addresses nuclear structure. Cross sections and analyzing powers measured at 22 MeV for the reaction ²⁰⁸Pb(p,t)²⁰⁶Pb(3₂⁺) are cited and considered. (Nogami, K.)

[en] The purpose of the article is to indicate the significance of polarization experiments in nuclear physics, i.e. the study of nuclear phenomena which arise as a direct consequence of the intrinsic spin of some particle or system of particles. A discussion is given on the uses of polarization measurements in the determination of spin, nuclear structure information, spin dependent nuclear forces, symmetry of the nuclear Hamiltonians, and as a check on nuclear theory. (R.L.)

[en] This paper concentrates on those aspects of heavy-ion reactions in which new features, not exhibited by light-ion induced reactions, are emphasized. Heavy ions are usually defined as nuclei heavier than alpha particles, i.e. nuclei such as ⁶Li, ¹⁶O, ⁵⁶Fe or ²⁰⁹Bi. I shall restrict the lectures to reactions initiated by relatively low energy (<10 MeV per nucleon) and not too heavy (A < 60) heavy ions