CAJ | 학술논문

采用投影壳模型（Projected Shell Model，PSM）方法，计算了^99Sr核素的基带能量，并与实验结果进行了比较．同时研究了^99Sr核实验上观测到的几条边带的能量，预测了几条低激发转动带．研究表明,^99Sr核素基带以及边带的能量在理论计算中得到了很好的再现，并且对预测的几条单粒子转动带也给出了相应的组态信息以及带头能量．
채용투영각모형（Projected Shell Model，PSM）방법，계산료^99Sr핵소적기대능량，병여실험결과진행료비교．동시연구료^99Sr핵실험상관측도적궤조변대적능량，예측료궤조저격발전동대．연구표명,^99Sr핵소기대이급변대적능량재이론계산중득도료흔호적재현，병차대예측적궤조단입자전동대야급출료상응적조태신식이급대두능량．
The projected shell model （PSM） approach has been performed in calculating the energy levels of the ground band in neutron- rich 99 Sr nucleus and the calculated results has been compared with the experimental data. Moreover, a series of side bands energy which include the experimental observation and the theoretical prediction has been calculated by PSM approach in 99 Sr nucleuses. The investigation indicates that the energy levels of ground band and side bands are reproduced well by theoretical calculation, and we obtain the corresponding configurations and band head energy for the predicted single - particle rotational bands. We hope our prediction can provide valuable information for the future experiments.