1.
Using or derived from the energy of atomic nuclei; atomic.
原子核能的利用原子核能的，由原子核能中得出的；原子能的
2.
The nuclei of atoms fuse, producing heavier nuclei and releasing nuclear energy, just as occurs in a hydrogen bomb.
原子核发生聚变，形成较重的原子核，并释放出原子核能，就象氢弹爆炸时所发生的情说那样。
3.
a process that alters the energy or structure or composition of atomic nuclei.
改变原子核能量、结构或组成的过程。
4.
nuclear power statio
核发电站，原子能发电站
5.
Studies on the Potential Energy Curves of Homonuclear Diatomic Molecular Ions;
同核双原子分子离子势能函数的研究
6.
Nuclear energy can be obtained by breaking up the nuclei of the heaviest atoms such as those of uranium.
通过分裂最重的原子核，如铀的原子核，就可以获得核能。
7.
Introduction to the Concept of Average Nucleonic Energy in Nuclear Physics;
在原子核物理中引入“平均核子能”概念的探讨
8.
Variational Studies on the Potential Energy Functions of Some Heteronuclear Diatomic Molecules;
异核双原子分子势能函数的变分研究
9.
Particle-Hole Spectra about Double Closed Shell
双满壳层附近原子核的粒子—空穴能谱
10.
What is called atomic energy is actually nuclear energy.
所谓原子能实际上是核能。
11.
Binding energy affects nuclear mass.
能量结合能影响原子核质量。
12.
The energy equivalent of the mass discrepancy in a nucleus is called binding energy.
与原子核中的质量差相对应的能量叫做原子核的结合能。
13.
Nuclear binding energies are indeed amazingly large!
原子核的结合能确实大得惊人！
14.
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
15.
Joint IAEA/Special Commission Nuclear Inspection Team
原子能机构/特别委员会联合核视察组
16.
During the disintegration energy is released from the nucleus.
在衰变时由原子核释放出能量。
17.
Nuclear Power Emergencies Category [International Atomic Energy Agency]
核电厂应急状态等级〔国际原子能组织〕
18.
Nuclear binding energies are strikingly high.
原子核的结合能是极大的。