宇宙磁场

本文讨论了有质量的Dirac粒子在宇宙磁场中的演化。

In this paper we discussed the evolution of the massy Dirac-particle in the primordial cosmic magnetic field .

通过求解Dirac方程，得到了中微子在宇宙磁场中的表观磁矩。

By solving the Dirac equation we obtained an apparent magnetic moment of the neutrino in the primordial cosmic magnetic field .

宇宙磁场通过“变压器效应”调制地核中的Lorenz力，使地核环流变化，进而影响地球系统演化。

Cosmic magnetic field adjusts the Lorenz in centrosphere by " transformer effect ", which influences the evolution of the Earth system .

宇宙磁场中的中微子

The Neutrino in the Primordial Cosmic Magnetic Field

宇宙磁场使空间度规出现各向异性。

The field changes the isotropic metric of the space into the anisotropic one .

宇宙磁场必然具有拓扑不变性这个结论是有条件地成立的，而不是普遍的。

However , this conclusion is valid only in the cases satisfying certain conditions , but is not generally true .

目前，利用偏振光磁光效应进行科学研究的领域越来越多，如研究宇宙磁场、观察微观磁场结构等诸多方面。

At present , the territory is more and more that scientific research make use of polarized light magneto-optic effecting , for example , studying magnetic of universe , observing the structure of microcosm magnetic , and so on .