1.
Such a collective mode is not excited by a projectile with the same mass to change ratio as the target.
这种模式不能从与靶核有相同荷质比的入射核子激发出的。
2.
To raise(an atom, for example)to a higher energy level.
激发将（原子核）提高到更高的一个能级
3.
Research on Excited States in N=127 Isotones with Relativistic Mean Field Theory
N=127同中子核素激发态的RMF理论研究
4.
N～*(1535) Excitation and η Production in High-energy Proton-Nucleus Collisions;
高能质子—核反应中N～*（1535）激发和η介子产生
5.
Study on the Role of NF-κB Activation in the Pathogenesis of Acute Pancreatitis;
核因子-κB激活在急性胰腺炎发病中的作用研究
6.
Up-conversion luminescence of CdTe and CdTe/CdS quantum dots excited by femtosecond laser of low intensity
低强度飞秒激光激发下CdTe和CdTe/CdS核壳量子点的荧光上转换研究
7.
Zap it from all sides simultaneously with the lasers and, scientists hope, the pellet will implode and the hydrogen nuclei will fuse.
科学家希望，通过从各个方向用激光同时轰击，原子核球发生内爆，氢原子核发生聚变。
8.
laser induced fusion source
激光引发的核聚变源
9.
nuclear fusion reactor triggered by laser
激光触发核聚变反应堆
10.
stochastic excitation NMR
随机激发核磁共振（法）
11.
A Study on the Function of Nuclear Transcriptor Activator Protein-1 on Tooth Development;
核转录因子激活蛋白-1在牙胚发育中作用的实验研究
12.
Effects of prenatal stress on ABR and expression of BDNF in cochlear nucleus of offsprings
产前应激对子代大鼠脑干诱发电位及耳蜗核BDNF表达的影响
13.
Association of core binding factor alpha 1 and estrogen receptor alpha gene polymorphism with bone development
核心结合因子α_1、雌激素受体α基因多态性与骨发育的相关性
14.
"Metastable state: Excited state (see excitation) of an atom, nucleus, or other system that has a longer lifetime than the ordinary excited states and generally has a shorter lifetime than the ground state."
亚稳态: 原子、核或其它系统的激发态,比普通激发态的寿命要长,一般地比基态的寿命要短。
15.
nuclear power statio
核发电站，原子能发电站
16.
A strong magnetic field in a resonant cavity is an ideal circumstance for initiating the spins and orbital motions of electrons and nuclei in solids.
谐振腔中的强磁场是激发起固体中电子和原子核的自旋和轨道运动的理想环境。
17.
Parthenogenesis in which the egg is activated by sperm, but without fusion of the egg and sperm nuclei.
雌核生殖一种单性生殖，精子激活卵子，但是卵子和精子核没有融合
18.
Light from ordinary stars and galaxies comes largely from atoms powered by thermonuclear reactions in the hearts of stars.
来自一般恒星和星系的光，主要是那些受恒星内部的热核反应所激发的原子发射出的。