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AbstractAbstract
[en] After the satisfactory and busy operation of the 12 UD tandem accelerator for five years, the accelerating tubes showed the symptom of deterioration mainly due to stain, so that a few tubes were changed. In spite of this trouble, the operation over 3000 hours was maintained. The development of peripheral apparatus around the tandem accelerator and detectors was made. Above all, a beam pulsing system was successfully installed. The experimental works on nuclear physics were directed to the studies on polarization phenomena and heavy ion-induced reactions. The importance of the two-step process in the reaction mechanism was established. As the remarkable theoretical progress, a self-consistent collective coordinate method for the large amplitude collective motion was successfully developed, and the boson expansion theory was refined. The yield of X-ray and radiative electron capture and the equilibrium charge state in the collision of heavy ions were studied in detail. By the back scattering of 18 MeV alpha particles channeled in solid state, the shift of resonant peak energy was clearly observed, thus the influence of lattice effect in crystals was shown. (Kako, I.)
Primary Subject
Source
1982; 152 p; NSSRP--45
Record Type
Report
Literature Type
Progress Report
Report Number
Country of publication
ALPHA PARTICLES, ATOM-ATOM COLLISIONS, BACKSCATTERING, BIOLOGICAL RADIATION EFFECTS, COLLECTIVE MODEL, DEUTERON REACTIONS, FOILS, HEAVY IONS, ION CHANNELING, ION SOURCES, IONIZATION CHAMBERS, JAPANESE ORGANIZATIONS, NUCLEAR REACTION KINETICS, OXYGEN 16 REACTIONS, POLARIZATION-ASYMMETRY RATIO, POLARIZED BEAMS, PROTON BEAMS, PROTON REACTIONS, RESEARCH PROGRAMS, TANDEM ELECTROSTATIC ACCELERAT, THERMONUCLEAR REACTIONS, TRITONS, TUMOR CELLS, X RADIATION
ACCELERATORS, ANIMAL CELLS, ATOM COLLISIONS, BARYON REACTIONS, BEAMS, BIOLOGICAL EFFECTS, CHANNELING, CHARGED PARTICLES, COLLISIONS, ELECTROMAGNETIC RADIATION, ELECTROSTATIC ACCELERATORS, HADRON REACTIONS, HEAVY ION REACTIONS, HELIUM IONS, IONIZING RADIATIONS, IONS, KINETICS, MATHEMATICAL MODELS, MEASURING INSTRUMENTS, NATIONAL ORGANIZATIONS, NUCLEAR MODELS, NUCLEAR REACTIONS, NUCLEON BEAMS, NUCLEON REACTIONS, NUCLEOSYNTHESIS, PARTICLE BEAMS, RADIATION DETECTORS, RADIATION EFFECTS, RADIATIONS, REACTION KINETICS, SCATTERING
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