核技术
覈技術
핵기술
NUCLEAR TECHNIQUES
2000年
7期
457-461
,共5页
丁斌刚%沈水法%王子兴%石双惠%顾嘉辉%刘静怡
丁斌剛%瀋水法%王子興%石雙惠%顧嘉輝%劉靜怡
정빈강%침수법%왕자흥%석쌍혜%고가휘%류정이
角动量投影壳模型%长椭球%扁椭球
角動量投影殼模型%長橢毬%扁橢毬
각동량투영각모형%장타구%편타구
PSM%Prolate spheroid%Oblate spheroid
将角动量投影壳模型应用到131La核，对组态πd5/2、πg7/2、πh11/2、πh11/2 [νh11/2]2、πg7/2 [νh11/2]2的转动带理论计算和实验结果进行了比较，确定了各转动带的原子核形状。
將角動量投影殼模型應用到131La覈，對組態πd5/2、πg7/2、πh11/2、πh11/2 [νh11/2]2、πg7/2 [νh11/2]2的轉動帶理論計算和實驗結果進行瞭比較，確定瞭各轉動帶的原子覈形狀。
장각동량투영각모형응용도131La핵，대조태πd5/2、πg7/2、πh11/2、πh11/2 [νh11/2]2、πg7/2 [νh11/2]2적전동대이론계산화실험결과진행료비교，학정료각전동대적원자핵형상。
The angular momentum projected shell model (PSM) was applied to the study of nuclide 131La. The results of theoretical calculations about the rotational bands with configurations πd5/2, πg7/2, πh11/2, πh11/2 [νh11/2]2 and πg7/2 [νh11/2]2 were compared with experimental data. The nuclear shape for every rotational band was then specified.
