磁矩

中心铜原子（离子）具有最大的原子磁矩，为0.531μB；

The Cu atom has a largest magnetic moment of 0.531 μ _B ;

在所有可能的吸附模式中，b吸附位的自旋磁矩最大。

The spin magnetic moment of b site is the largest in all possible adsorption sites .

而具有非晶结构的铁相磁矩相对较低，一般均低于04μB。

In general , its magnetic moment per Fe atom was lower than 0 4 μ B.

电子反常磁矩的g·f计算

A g · f calculation of the anomalous magnetic moment of the electron

q形变壳模型中奇A核的磁矩

Magnetic Moments of Odd A Nuclei in q-Deformed Nuclear Shell Model

利用X射线磁性圆二色吸收谱计算3d过渡族磁性原子的轨道和自旋磁矩

Calculation of spin and orbital moments of 3d transition metals using X-ray magnetic circular dichroism in absorption

随Si含量增加，化合物的居里温度和Co原子平均磁矩单调减少。

The Curie temperature and the Co moment are strongly decreased with increasing Si concentration .

磁矩计算结果表明：①该聚铜络合物晶体格子的总磁矩为1.00μB；

The results of magnetic moment calculation indicate : ① the total magnetic moment of a cell is 1.00 μ _B ;

计算得到的每个分子的磁矩为7.00μB，主要来源于FeⅡ离子。

The calculated spin magnetic moment per molecule is 7.00 μ B , mainly from the Fe ⅱ .

金属中f电子局域磁矩及其退局域化的一个新模型（Ⅰ）

A new model for localized magnetic moment and its delocalization of f electrons in metals (ⅰ)

团簇最低能量结构的总磁矩主要来自Co的3d轨道的贡献。

The total magnetic moment for the lowest energy cluster is mainly provided by 3d orbital of Co atom .

Mn/GaAs（001）的表面再构与Mn的磁矩研究

Surface reconstructions and the local magnetic moments in Mn / GaAs ( 001 ) system

随Fe成分增加，样品饱和磁矩增加，垂直模式共振场增加。

As the Fe content increases , the saturation magnetization increases , and the resonance field in normal resonance mode increases .

非晶态Fe-（Co，Cr）-Zr合金的磁矩分布和电子结构的穆斯堡尔谱研究

The Mssbauer studies of moment distributions and electron structure for amorphous Fe - ( Co , Cr ) - Zr alloys

但Co（2c）未被冻结的轨道磁矩却略小于Co（3g），所以两种晶位对磁晶各向异性的贡献大小之差别不应太大。

So , the difference of contribution to the anisotropy between the two Co-sites is not very distinct .

x射线磁性圆二色吸收谱分析Co膜厚度对原子磁矩和自旋磁矩的影响

Research on the effects of thickness of cobalt layers on the orbital and spin moments of Co atoms using x-ray magnetic circular dichroism in absorption

非晶态CoP合金的磁矩

Magnetic moment of amorphous cop alloys

三种原子对Ge原子的替代，使得平均Mn原子磁矩下降，但居里温度没有明显的变化。

The average Mn magnetic moment decreases and the Curie temperature remains almost unchanged by the substitution of M for Ge .

AMS永磁磁体磁矩的分析与计算

Analysis and calculation of dipole moment of AMS magnet

复合体系的禁带宽度随着Ti与W摩尔比的增加而减小，但是不同的比例对复合体系的磁矩没有明显影响。

The band gap are reduced with the increased molar ratio ofTi and W , but the different ratios have not effect on the magnetic moment .

结果表明，Cr掺杂量增加，每个Cr离子的饱和磁矩随之减小，这是Cr离子之间反铁磁耦合作用增强的结果。

The results show that the saturated magnetic moment per Cr is decrease with increasing Cr concentration , owing to the enhancement of antiferromagnetic coupling between Cr ions .

实验确定了顺磁-铁磁相变的居里温度和有效磁矩随Sr掺杂浓度以及随不同的氧气退火条件的变化关系。

The paramagnetic Curie temperatures and effective magnetic moments were determined and their variations with Sr doping and oxygen annealing condition were obtained .

计算结果表明DyFe（10）Si2N化合物中间隙N原子虽有利于提高化合物饱和磁矩，但其作用很不明显；

The function of N in the compounds according to the calculations will enhance saturation magnetization in the DyFe_10Si_2N , but the effect is very weak .

第二，当Fe（n+1）团簇中的一个Fe原子被B原子取代形成Fen团簇时，其结合能增大而Fe原子的磁矩减小；

When one atom in Fen + 1 cluster is replaced by a B atom forming FenB cluster , the binding energy increases , while the moment of Fe atom decreases .

主要讨论了EPI对局域磁矩的存在和大小的影响。

We have estimated the effect of EPI on the existence and size of the local magnetic moment .

不同温度下Nd2Fe（14）B永磁体畴壁中磁矩的转向公式

Rotational Formulas of the Magnetic Moment in the Domain Walls of Nd_2Fe_ ( 14 ) B Permanent Magnet at Different Temperatures

Al的加入量对反铁磁转变引起的电阻率变化有强烈的影响，随Al浓度的增加，反常电阻率急剧增大，这可能与Al使合金中Fe离子位置存在较大局域净磁矩有关。

The amount of Al addition is vigorously influenced on the variation of magnetic resistivity induced by the antiferromagnetic transition . The more Al they contain , the more sharp increment it is .

这表明，可以通过无序化来提高FeAl合金的磁矩。

This indicates that the magnetic moment of FeAl may increase by extensive disordering .

掺质低磁矩YIG单晶

Doped low magnetization YIG single crystal

室温铁磁行为是发生在Ni的含量不太高的情况下，且随着Ni含量的增加，单个Ni原子的饱和磁矩下降。

The room temperature ferromagnetic ( FM ) behavior occurs , only when Ni content is not high , and the saturation magnetic moment per Ni atom decreases with increasing Ni content .