Different interpretations are introduced to describe the uprising oscillatory structures of ^16O+^24Mg reaction. The gross resonant structures to the ground- and first-excited states have been studied successfully in...Different interpretations are introduced to describe the uprising oscillatory structures of ^16O+^24Mg reaction. The gross resonant structures to the ground- and first-excited states have been studied successfully in terms of both the DWBA and coupled channel calculations. The DWBA results introduce a reasonable description of the angular distributions and excitation function data. The coupled channel calculations provide a better agreement with the experimental forward and backward angle data than the DWBA calculations.展开更多
Based on the unified Hauser-Feshbach and exciton model,a new model has been developed for the light nucleus reactions.The analysis of the ne u tron energy-angular spectra of n+ 1 6 O reaction has been performed.The fi...Based on the unified Hauser-Feshbach and exciton model,a new model has been developed for the light nucleus reactions.The analysis of the ne u tron energy-angular spectra of n+ 1 6 O reaction has been performed.The fit ting of the experimental data indicates that this method is successful for calculating the double-differential cross section of thelight nucleus.展开更多
基金This work is supported by the National Natural Science Foundation of China （No.20903085）, the NKBRSF 2010CB9230, and RFBR-Russia （No.06-05- 39016）. The support of the Groupement de Recherche International SAMIA （Spectroscopie d＇Absorption des Mol@cules d＇Interet Atmospherique） between CNRS （France）, RFBR （Russia） and CAS （China） is also acknowledged.
文摘Different interpretations are introduced to describe the uprising oscillatory structures of ^16O+^24Mg reaction. The gross resonant structures to the ground- and first-excited states have been studied successfully in terms of both the DWBA and coupled channel calculations. The DWBA results introduce a reasonable description of the angular distributions and excitation function data. The coupled channel calculations provide a better agreement with the experimental forward and backward angle data than the DWBA calculations.
文摘Based on the unified Hauser-Feshbach and exciton model,a new model has been developed for the light nucleus reactions.The analysis of the ne u tron energy-angular spectra of n+ 1 6 O reaction has been performed.The fit ting of the experimental data indicates that this method is successful for calculating the double-differential cross section of thelight nucleus.
