物理学的分支，处理与物体发光时对物体产生磁力效应有关的现象。
The branch of physics that deals with phenomena associated with magnetic effects on matter as it emits light. It has been used to develop a data-storage technique in computer applications.
通过讨论过冷度的变化对形核率的影响，研究了电流产生的电磁力效应及焦耳热效应对过冷度的影响，建立了电流与过冷度的关系式。
According to classical solidification theory and the mechanism of solidification microstructure under pulse current, the effect of super-cooling degree variation on nucleation rate was discussed.
从以上两点看出，电磁力与引力之效应没有两样，只是大小不同而矣。
Sees from the above two spots, the electromagnetic force and the attraction effect of do not have the difference, is only the size is different, but.
焦耳热和电磁力偶合物理效应是造成这些现象的主要机理。
Joule heat and electromagnetic force coupling physical effect are the main mechanism of these phenomena.
激波对磁云内禀磁力线的压缩和旋转被证实是增强地磁效应的有效机制。
The compression and rotation of the magnetic field serve as an efficient mechanism to cause a large geomagnetic storm.
电场沿磁力线传到F_2层，通过“喷泉效应”引起电离层赤道异常的行星波振荡。
The electric field can transfer to F2 region along the geomagnetic field line and by means of the fountain effect it can results in the PSO of the equatorial anomaly.
研究结果表明：除了板坯端部由于端部效应电磁力有些许发散，在板坯大部分区域，磁场力呈均匀分布。
The research results show:in addition to a slightly divergent appear due to the sheet edge effects of the electromagnetic force, the magnetic field intensity is uniform in the most areas of the sheet.
然而，一旦矫顽磁力依赖了粒径的尺度，将会出现两种效应的叠加：一种效应将在大块材料中出现，而其它效应则在粒径接近磁性域的尺度时出现。
In case of coercivity versus grain size dependence, however, two effects overlap: one valid for bulk materials and the other appearing when grain sizes approach the sizes of magnetic domains.
然而，一旦矫顽磁力依赖了粒径的尺度，将会出现两种效应的叠加：一种效应将在大块材料中出现，而其它效应则在粒径接近磁性域的尺度时出现。
In case of coercivity versus grain size dependence, however, two effects overlap: one valid for bulk materials and the other appearing when grain sizes approach the sizes of magnetic domains.
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