Fusion Reactions Below the Coulomb Barrier: Proceedings of an International Conference Held at the Massachusetts Institute of Technology, Cambridge, ... 13–15, 1984 (Lecture Notes in Physics, 219)
Description
Nuclear structure influences in subbarrier fusion of massive nuclei.- Chaos near the coulomb barrier? -- nuclear molecules.- Sub-barrier fusion: Search for experimental signatures by a comparative approach.- Towards a microscopic theory of nuclear barrier penetration.- The role of heavy ion reactions in astrophysics.- Microscopic study of radiative fusion reactions 3He(?,?)7Be and 3H(?,?)7Li at astrophysical low ENERGIES.- The effect of shape-isomeric resonances on the 12C+ 12C fusion cross section and its representation by a double-minimum optical potential*.- Heavy-ion potentials for strongly deformed nuclei.- Systematics of the fusion cross sections for the p-shell nuclei.- Inversion of sub-barrier fusion data.- Spin distributions in heavy ion fusion at and below the Coulomb barrier.- Comparison between microscopic and non-microscopic studies of radiative capture reactions.- Subbarrier fusion in terms of the direct reaction theory.- Gamma multiplicity moments of Ni + Ni sub-barrier fusion reactions.- Fusion and fission in heavy systems near the barrier.- The coupled channels approach to subbarrier fusion reactions.- Investigation of the effect of one-neutron transfer reactions on sub-barrier fusion of S-ions with a ? 100 nuclei.- Sub-barrier fusion - barrier penetration and coupling to intrinsic degrees of freedom.- Fingerprints of the nuclear structure in tunnelling processes.- Effects of internal degrees of freedom on the heavy-ion fusion cross section.- What can we learn from heavy-ion sub-barrier fusion excitation functions'.- Radiative fusion induced by massive nuclei.- Fission fragment angular distributions in the capture reactions 50Ti, 56Fe + 208Pb.- Probing sub-barrier fusion and extra-push by measuring fermium evaporation residues in different heavy ion reactions.- Threshold behaviour in the fusion of massive systems.- Sub-barrier fusion of the systems 28,30Si + 58,62,64Ni.- Fusion excitation functions at near- and sub-coulomb barrier for symmetric and asymmetric medium-mass systems.- The generalized critical distance model for systems with mass asymmetry.- A time-dependent mean-field theory for prompt nucleon emission in heavy-ion reactions.- Sub-barrier fusion of 1H and 4He: Empirical and theoretical barriers for fusion and evaporation.- Fusion with polarized heavy ions.- Polarization in sub-barrier fusion reactions.- Calibration and initial experiments with the ORNL-MIT recoil mass spectrometer.- Sub-barrier fusion of o+sn using a new detection system.- Development of polarized targets for subbarrier fusion studies.- Subbarrier fusion measurements for the system 32S + 238U.- Future perspectives -- experimental.
