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首页> 外文期刊>International journal of theoretical physics, group theory, and nonlinear optics >PROPOSED METHOD AND THEORETICALCALCULATION FOR GENERATING MAGNETICMONOPOLES IN FERROMAGNETIC MATERIALSEMBEDDED IN HIGH-TEMPERATURESUPERCONDUCTING OXIDES
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PROPOSED METHOD AND THEORETICALCALCULATION FOR GENERATING MAGNETICMONOPOLES IN FERROMAGNETIC MATERIALSEMBEDDED IN HIGH-TEMPERATURESUPERCONDUCTING OXIDES

机译:高温超导氧化物中铁磁材料中产生磁单极的建议方法和理论计算

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摘要

Proposed method for generating magnetic monopoles was invented by means of ferromagnetic materials such as Fe, Co, Ni and so on as the central magnetic bar, embedded in the high-temperature superconducting oxides, which rotate around the direction parallel to that of the geomagnetic field. The influence of interfacial wedge on the shielding effectiveness of high-temperature superconducting oxides and the relationship between number of generated magnetic monopoles and diameter of central magnetic bar were theoretically analyzed, calculated and determined by applying the electrodynamics theory and the principle of quantum mechanics, respectively.
机译:利用铁,钴,镍等铁磁材料作为中心磁棒,发明了一种产生磁性单极子的方法,该材料嵌入高温超导氧化物中,并绕平行于地磁场的方向旋转。分别运用电动力学理论和量子力学原理,从理论上分析,计算和确定了界面楔形对高温超导氧化物屏蔽效果的影响以及产生的磁单极数与中心磁棒直径的关系。 。

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