[en] The polarized electric dipole moment (PEDM) of the nucleus is calculated and the relationship between PEDM and octupole deformation is studied. 9 refs. (M.F.W.)

[en] The pairing interactions strength is determined in the case of the number projection. Calculations are made for the rare-earth region. 6 refs., 2 figs. (M.F.W.)

[en] Subshell effects in the A∼100 nuclei are studied. (M.F.W.)

[en] The purpose of this paper is to calculate the dependence of nuclear deformation energy on the distance between centers of fission fragments. (author)

[en] A small electrostatic recoil-nuclei transporter which can be used to study excited nuclei produced with a big competition of fission is described. (M.F.W.)

[en] Arguments are presented which allow to derive the inequality 0 < e²/ℎc < Π in a purely phenomenological way i.e. without assumptions about the dynamics of sources of the electromagnetic field. 11 refs. (author)

[en] The excitation of Δ resonances in the charge exchange (³He, t), (d-vector, ²He) and heavy ion reactions are examined. 14 refs., 12 figs. (M.F.W.)

[en] The nuclei around heavy fermion isotopes show some peculiarities in their spontaneous-fission properties such as the mass and the total kinetic energy distributions of the fission fragments, the multiplicity distribution of neutrons emitted from the fragments and the spontaneous-fission half-lives T_sf. A short review of these properties with the emphasis to bimodal fission which consists in the simultaneous appearance of two different modes of fission for a given nucleus: one mode corresponding to a low (about 200 MeV) and the other to a high (around 240 MeV) kinetic energy of the fission fragments, is given. 9 refs., 10 figs. (M.F.W.)

[en] Optical spectroscopy on americium fission isomers is discussed and it is explained why the fission - RADOP (radiation detected optical pumping) method is chosen. The main components of the experimental set-up are described: the ²⁴²Pu target, the fission isomer accelerator and the optical cell. The experiments done to determine the neutralization rates of americium ions in argon and explain what happens if alkali vapour is added are also described. The results of the searches for a fission fragment anisotropy signal are presented. 36 refs., 15 figs. (author)

[en] The proceedings contain 16 lectures and 16 papers presented during seminars. Main topics of lectures and papers are nuclear structure, nuclear deformation excited and high spin states and heavy ion reactions. (M.F.W.)