摘要
Excitation functions of the projectile-like fragments in the dissipative reaction 19F+ 51V have been measured at θ1 =21.7°, 36.1° and 40.5°. The incident energies are from 102.25 to 109.50 MeV in 250 keV steps. The energy coherence width Γ and the rotation angular velocities ω of the corresponding dinuclear systems are extracted. The coherence rotation and its importance in the reaction process are discussed.
Excitation functions of the projectile-like fragments in the dissipative reaction 19F+ 51V have been measured at θ1 =21.7°, 36.1° and 40.5°. The incident energies are from 102.25 to 109.50 MeV in 250 keV steps. The energy coherence width Γ and the rotation angular velocities ω of the corresponding dinuclear systems are extracted. The coherence rotation and its importance in the reaction process are discussed.
基金
Project supported by the National Natural Science Foundation of China,the Natural Science Foundation of Gansu Province and the Chinese Academy of Sciences.
