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- excitation magnetic force 励磁磁势
- The North Pole has a strong magnetic force. 北极具有强大的磁力。
- The iron has lost its magnetic force. 这块铁已失去了磁力。
- Everything is held down to the earth by magnetic force. 磁力把一切东西都拉向地球。
- The compassion and tenderness of a young girl have a truly magnetic force. 少女的同情与温柔，真有磁石般的力量。
- Where there are magnetic forces,there are poles. 有磁力的地方就有极。
- Where there are magnetic forces, there are poles. 有磁力的地方就有极。
- Magnetic force excited by moving magnetic field media with permanent magnet breaks a new way of EPM. 以永磁材料为工作磁体的运动磁场在熔融金属中产生电磁力，对金属熔体进行驱动控制的方法开辟了材料电磁加工的新技术。
- It is believed that every magnet is surrounded by a magnetic field. In some unknown way,a magnet gives out magnetic force in all directions. 据信，每个磁铁都被磁场包围着，以某种未知的方式，向四面八方发出磁力。
- The characteristic: Use the magnetic force transmission principle, and does not have leaking the transport medium. 采用磁力传动原理,无泄漏输送介质。
- Since the lines of magnetic force converge and diverge, there is a necessary component Br. 由子磁力线的收敛和发散，就必然存在一个分量Br。
- electricity excitation magnetic field 电励磁磁场
- Dipoles, Quadrupoles. Azimuthal Symmetry. Magnetostatics, Charge Conservation and Magnetic Force. 偶极,四极。方位角对称。静磁,带电量守恒及磁力。
- It is believed that every magnet is surrounded by a magnetic field.In some unknown way,a magnet gives out magnetic force in all directions. 据信，每个磁铁都被磁场包围着，以某种未知的方式，向四面八方发出磁力。
- Magnetic domains of the TbFe films with different deposition angles were studied by magnetic force microscopy. 本研究工作利用MFM研究了不同溅射角度得到的TbFe薄膜的磁畴结构。
- It is believed that every magnet is surrounded by a magnetic field. In some unknown way, a magnet gives out magnetic force in all directions. 据信，每个磁铁都被磁场包围着，以某种未知的方式，向四面八方发出磁力。
- The speed and the acceleration of the key movement about external circle magnetic force grinder are analyzed. 对外圆磁力研磨机摆动机构关键点的运行速度、加速度进行了分析计算。
- The principle of the shaker is Ampere law that the conductor gets the magnetic force in magnetic field. 振动台体的基本工作原理是基于载流导体在磁场中受到电磁力作用的安培定律。
- The infrared ray warms up the magnetic force treatment, ameliorative blood circulation, instauration physical strength. 红外线温热磁力治疗，改善血液循环，恢复体力。
- The result shows that under the constant current exciting mode,the exciting magnetic field is the strongest and has a focusing effect,... 结果表明，在恒流激励方式下的激励磁场最强，且具有聚焦效果，因而可有效地提高涡流探伤的灵敏度。
