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U.S. Department of Energy
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Research in theoretical nuclear physics. Progress report, December 1, 1984-October 31, 1985

Technical Report ·
OSTI ID:6375971
The fusion reactions of polarized deuterons are calculated in DWBA. The results show that the ''neutron-lean'' reactor is feasible. The quantum fluctuation around the two-phase Skyrme model is formulated. From the width of the Roper resonance, we determine the quark core radius to be approx. 0.4 fm. The size and shape of a Skyrme soliton in the two interacting Skyrmion system is calculated. The size shrinks at intermediate separation due to the NN dynamics. The production of Q/sup 2/ anti Q/sup 2/ mesoniums are predicted in J/psi radiative decays. It is proposed to measure the quadru-lepton signals in the relativistic heavy ion collisions in addition to the di-lepton signals as a viable means of detecting the quark gluon plasma. The glud ball transition amplitiudes are extracted from an SU(2) Monte Carlo calculation. The results are used to predict the glueball branching ratio in J/psi radiative decays. It helps us to pin down that theta(1700) is indeed a tensor glueball. Skyrme parametrization for the effective nucleon-nucleon interaction in nuclei is determined with the help of the Landau parameters. They can be used to calculate the spin excitations of the nucleus.
Research Organization:
Kentucky Univ., Lexington (USA). Dept. of Physics
DOE Contract Number:
FG05-84ER40154
OSTI ID:
6375971
Report Number(s):
DOE/ER/40154-2; ON: DE86006790
Country of Publication:
United States
Language:
English