1) empowering/empowerment
激发权能
2) Empowerment-orient
权能激发取向
3) excitation energy
激发能量
1.
The first excitation energy and the mean number of phonon of the strong-coupling magetopolarons in the polyatomic semi-infinite polar crystals were studied through a linear-combination operator and unitary transformation.
采用线性组合算符和幺正变换,利用变分法计算了多原子半无限极性晶体中由电子和光学声子强耦合相互作用所产生的磁极化子的第一激发能量及平均声子数,并通过适当的数值计算图示了它们与磁场的关系。
4) activation energy
激发能
1.
The activation energy distribution during 25,100 ℃ isothermal annealing and 25-250 ℃ isochronal annealing for post-irradiation CMOS devices were calculated by annealing model.
根据退火模型计算了CMOS器件辐照后25、100℃等温和25~250℃等时退火过程中激发能的分布。
5) Excitation energy
激发能
1.
However, a unique critical excitation energy is revealed in different freeze-out densitie.
当激发能代替温度作为一个自变量时 ,临界激发能将不再灵敏地依赖于系统的冻结密度 。
2.
The experimental results showthat the fission kinetic energy distribution is similar to the case of compound nucleiwith lower excitation energy when the initial excitation energy of hot nuclei is below380MeV.
实验对25MeV／u~(40)Ar＋~(209)Bi体系的裂变反应，利用线性动量转移的分窗选择不同的激发能，研究裂变动能分布和质量分布与热核初始激发能的关系。
3.
The relation between the excitation energy per nucleon and t.
通过对线性动量转移和轻带电粒子能谱测量，给出从中心碰撞到周边碰撞产生的类熔合核的初始激发能、角动量和核温度，讨论它们的关系。
6) excitation energy level
激发能级
1.
The low excitation energy levels, resonance strength and its contribution to the resonance crosses section are also discussed.
讨论了目前16O(α ,γ) 2 0 Ne反应的实验研究工作 ,并对2 0 Na β+—→2 0 N →16O +α的β+ 缓发衰变α能谱的相对强度值同文献进行了比较 ,讨论了低能激发能级、共振强度及其对共振截面的贡献、S因子的理论研究 。
2.
Result shows that in addition to nine high excitation energy levels with E d≥2.
688MeV的 9条较高激发能级的衰变α粒子外 ,实验中还观察到衰变能量Ed 为 0 。
补充资料：晶体中的元激发(见固体中的元激发)
晶体中的元激发(见固体中的元激发)
elementary excitation in crystal
晶体中的元激发eleme讯ary excitation Incrvstal见固体中的元激发。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条