Developments in sub-barrier reactions.- Multidimensional tunneling description of subbarrier fusion.- Investigation of mechanisms limiting the near-barrier fusion of massive nuclei.- Influence of inelastic couplings on 32S + 24MG sub-barrier fusion.- Nuclear deformation effects in sub-barrier fusion of 16O+147,149Sm.- Sub - Coulomb fusion of 24,26Mg with 90,92,94,96Zr.- Influence of hexadecapole deformations of the nuclear shape on the enhancement of subbarrier fusion cross sections.- Subbarrier fusion in the surface friction model.- Spectroscopic study of sub-barrier quasi-elastic nuclear reactions.- Fusion of 14N, 16O+ 59Co at near barrier energies.- Fusion reactions of 58Ni + 90,91,94Zr around the Coulomb barrier.- Nuclear reactions in collisions of very heavy ions at energies below and near the barrier.- Sub-barrier reactions measured using a recoil mass separator.- How well do we understand quasi-elastic reactions at energies close to the barrier.- Transfer reactions for the 50Ti + 90Zr system below the Coulomb barrier.- Correlation between transfer and fusion in heavy ion reactions at the Coulomb barrier.- Fusion and transfer around the Coulomb-barrier of the systems 33S + 90,91,92Zr.- Measurements of 180 Degrees sub-barrier transfer reaction cross sections in S + Mo, Nb systems.- Semiclassical description of multipair transfer processes in heavy-ion reactions.- Transfer and inelastic channels around the Coulomb barrier.- Probing the spin distribution in near-barrier fusion reactions.- Intimations of non-compound fission at near-barrier energies.- Subbarrier fusion reaction of 19F + 232Th.- Algebraic scattering theory and its application to heavy ion collisions.- Absorption under the Coulomb barrier; Its importance for the scattering and fusion of heavy ions at sub- and near-barrier energies.- Channel coupling effects in heavy-ion elastic scattering and sub-barrier fusion.- Reactions in the collision of oxygen ions with lead at energies close to the Coulomb barrier.- Dynamical aspects of heavy ion reactions a microscopic approach.- A microscopic nucleus-nucleus potential.- Fusion and scattering of polarized 23NA.- Threshold anomalies in the scattering of oxygen by 208Pb.- Concluding remarks.- The design of recoil separators.- General properties of recoil mass spectrometers.- The recoil separator system at GSI - description, experiments and further plans.- Developments at the Daresbury Recoil Separator.- The L.N.L. recoil mass spectrometer: First tests.- The Argonne Fragment Mass Analyzer.- Design of the Large Acceptance Recoil-nucleus mass Analyzer LARA.
