1)  magnetic moment
核子磁矩
2)  Nucleon
核子
1.
The interaction between nucleon and Ti meson is calculated with a good result according to equivalent field theory,which is helpful for the us age of interaction picture.
利用量子力学中的相互作用绘景,讨论了轻子-核子深度非弹性散射中,把反冲的物理核子系统的哈密顿量写成H0和H1,而H1并非小量时,用等效场论方法计算核子与介子云系统相互作用的方法,得出较好的结果。
2.
Within the framework of the relativistic Dirac Brueckner approach,the paper constructs two one boson exchange(OBE) interactions,one for nucleons only,the other including Δ degrees of freedom,calculates all t matrices and Δ self energy in the (N,N) and ( N,Δ ) systems in the full momentum spin space,and obtains better results.
在相对论D B近似的框架内 ,构造了两个单玻色子交换OBE(OneBosonExchange)势 ,一个只包含核子 ,另一个还包含Δ自由度 ,在完备的动量—自旋空间中计算了 (N ,N)和 (N ,Δ)系统的所有t矩阵和自能 ,得出了较好的结
3.
In the paper, the isospin agular momentun coupling wave functions of nucleons are constructed by twice unitary transformations between group chains in agular momentun coupling space of neutron proton, the CFPs are factorized as products of three isoscalar factors(ISF) and the ISFs are calculated by using the coupling wave functions.
提出在中子－质子角动量耦合空间，通过群链间二次幺正变换，构造核子同位旋－角动量耦合波函数，并由此计算因子化的亲态比系数（ＣＦＰ）。
3)  nucleolus
核子
1.
Determination of the weights of ultimate cross efficiency based on the solution of nucleolus;
基于核子解的最终交叉效率权系数确定方法
2.
There are several solution concepts with respectto di?erent rationality, such as core , nucleolus, etc.
根据不同的合理性要求产生了不同的对策解的概念,如核心,核子等等。
4)  nucleon-nucleon force
核子-核子力
5)  nucleon nucleon collision
核子-核子碰撞
6)  nucleon-nucleon cross section
核子-核子截面
参考词条
补充资料：饱和磁矩
分子式：
CAS号：

性质：当热力学温度趋于0时磁性体的饱和磁化强度，称为(绝对)饱和磁矩。在某一温度下，物体内所有原子的磁矩受到外磁场作用，并都能按照某一方向整齐地排列，这时的总磁矩为该温度的饱和磁矩。在电器铁芯材料(电磁铁和永磁铁)中饱和磁矩是非常重要的物理量。

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