物质结构中的电子具有自旋性质,而具有负电性电子的旋转又会形成一个小环形电流.根据物理学法拉第法则,电子周围必然产生磁场.因此,自旋电子相当于一个小磁铁而具有磁矩.然而,由于物质中的电子几乎全部成双地组成自转方向相反的电子对,故总体上并不显示磁性.上述具有电子对的物质如有宇宙射线和放射性元素产生的α、β、γ射线射入,则电子对被其电离后为物质中杂质和物质缺陷晶格所捕获.此时,电子对分裂为两种不同性质的非对电子.显然,物质受到了放射损伤,而损伤程度对应于非对电子的浓度.将包含有受到放射作用而形成具有非对电子的岩矿标本置于电磁铁产生的磁场中,则物质中诸非 The electrons in the material structure have the spin property, and the rotation with the negative electrons forms a small ring current. According to the Faraday’s law of physics, a magnetic field is inevitably generated around the electrons. Therefore, the spintronic is equivalent to a small magnet and has a magnetic However, since almost all of the electrons in a material form pairs of electrons having opposite directions of rotation, they do not generally exhibit magnetism. The above-mentioned substances having electron pairs such as α, β, γ produced by cosmic rays and radioactive elements Ray incident, the electron pair is ionized by the impurities in the material and material defects trapped by the grid At this time, the electron pair split into two different nature of the non-pairs of electrons.Obviously, the material has been radiation damage, and the degree of damage Corresponding to the concentration of non-electronic. Will contain the radioactive role of the formation of non-electronic rock samples placed in the magnetic field generated by the electromagnet, the material of non-