1) magnetic dose
磁量
2) magnetic flux
磁通量
1.
It shows that the magnetic flux is quantized,and the electronic structure and energy gap periodically change with a period 0(=h/e).
计算表明磁场中SWNTs的子能带和磁通量是量子化的,其能带以磁通量子0为周期随磁通作周期性变化;并出现金属-半导体性的周期性转变现象。
2.
The automatic test method for magnetic flux is presented,and the constitution,structure and experiment results of the measurement system are described.
介绍了径向充磁的圆环形磁钢表面磁感分布测量原理,推导出磁钢表面磁感与基准波形的内在联系,给出了便于自动化测量磁钢磁通量的方法,最后描述了该系统的组成、主要结构和测量结果。
3.
The paper, conducted by the special theory of Relativety and the theory of electromagnetics, expounds the transformation relations of the magnetic flux and inductive electro motive force which are surveyed simultaneously, separately in two reference frames.
根据狭义相对论和电磁学原理 ,导出了在两参照系中分别同时测量的磁通量和感应电动势的变换关
3) magnetic content
磁含量
1.
The morphology,particle distribution and magnetic content of magnetic porous microspheres were characterized by scanning electron microscopy(SEM),optical microscope(OM) and thermogravimeter(T.
以超声分散辅助双层表面活性剂十二烷基苯磺酸钠(SDBS)和油酸(OA)处理的磁性粒子为磁性来源,选用苯乙烯(St)、二乙烯苯(DVB)和甲基丙烯酸(MAA)分别作为聚合单体、交联剂和功能基单体,采用改进的悬浮聚合法制备出多孔磁性高分子微球,并采用扫描电子显微镜(SEM)、光学显微镜(OA)和热重分析仪(TG)对磁性微球表面形貌、粒径分布及磁含量等进行了表征,详细探讨了MAA用量、超声分散时间、搅拌速度和分散剂浓度等因素对磁性多孔微球磁含量及粒径分布的影响。
2.
A method for preparing polymer microspheres with high magnetic content is introduced.
提出一种制备高磁含量聚合物的方法 。
4) magnetic measurement
磁测量
1.
In the magnetic measurement, as a result of the restriction, it is impossible that the three axial magnetic sensor are completely orthogonal, and the measure result is restricted.
磁测量中三轴磁传感器的三轴不可能绝对正交 ,这使得高分辨率测量受到限制。
5) magnetic field measurement
磁测量
1.
Magnetism-current inverse in high-temperature superconducting quantum interference device magnetic field measurement;
高温超导量子干涉器磁测量中的电磁反演
6) magnetic measurement
磁性测量
1.
New method in magnetic measurement based on MATLAB;
基于MATLAB下的磁性测量新方法
2.
The application of integration cell to the magnetic measurement of soft magnetic alloy are investigated.
文章研究了应用积分器系统对软磁合金磁性测量的方法。
3.
AI(Ga) concentration dependence of the magnetocrystalline anisotropy of Gd2Co17-xMx (M = Al, Ga; x ≤4) compounds was investigated by magnetic measurements and X-ray diffraction on magnetically aligned powders.
用磁性测量和磁取向粉末X射线衍射方法,研究了Gd2Co17-xMx(M=Al,Ga;x≤4)化合物的磁晶各向异性与Al(Ga)原子浓度的依赖关系。
补充资料：磁量子数
磁量子数m
同一亚层（l值相同）的几条轨道对原子核的取向不同。磁量子数m是描述原子轨道或电子云在空间的伸展方向。m取值受角量子数取值限制，对于给定的l值，m=0，1，2…l，共2l+1个值。这些取值意味着在角量子数为l的亚层有2l+1个取向，而每一个取向相当于一条“原子轨道”。如l=2的d亚层，m=0，1，2，共有5个取值，表示d亚层有5条伸展方向不同的原子轨道，即dxy、dxz、dyz、dx2—y2、dz2。我们把同一亚层（l相同）伸展方向不同的原子轨道称为等价轨道或简并轨道。
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