magnetics
英 [mægˈnɛtɪks]
美 [mægˈnɛtɪks]
n. 磁学; 磁性元件；磁性材料
COCA.41471
英英释义
noun
- the branch of science that studies magnetism
双语例句
- Kate magnetics would like to sincerely for your service, is willing to do your best matching suppliers.
凯特磁材愿真诚为您服务，愿做您最佳的配套供应商。 - Researchers have done a lot of research for magnetic element in converters in order to get the smaller size and the lower loss of magnetics, in result, integrated magnetics ( IM) is put forward.
研究人员针对磁件作了大量的研究工作，来减小磁件的体积和损耗，提出了磁集成技术。 - By integrating the main transformer and output inductor with magnetics integration technique, an ACFC with high efficiency and high power density was obtained.
对变换器中的主变压器和输出电感进行集成，得到高效率、高功率密度的有源箝位正激变换器。 - Energy-converted materials are used widely in optics, magnetics, and electricity fields.
能量转换材料广泛应用于光学、磁学、电学等科学领域。 - Of or relating to Karl Gauss or his mathematical theories of magnetics or electricity or astronomy or probability.
属于、关于高斯或他的关于磁学、电学、天文学或概率的数学理论的。 - There is a big DC-bias in the core of the magnetics storing and transfering DC power in switched power supply, which restricts the increase of the core's utilization ratio and the improvement of the power supply's performance.
在开关电源中存储和传递直流功率，会在磁件铁心中产生较大的直流偏磁，限制了磁件铁心利用率和电源性能的提高。 - The method for the design and optimization of high frequency transformer using Magnetics Designer code is introduced, and the parameters of switching tube, output rectifier tube and RCD clamping circuit are analyzed based on Pspice simulation.
在Pspice仿真的基础上，介绍了利用MagneticsDesigner软件设计、优化高频变压器的方法，分析了合理选择开关管、输出整流管及RCD箝位电路参数的依据。 - In this paper the measurement methods based on optics, acoustics, magnetics and radiology are mentioned for research of mesomechanics.
本文以应用较多的光测技术为主，综述了细观力学测量中光、声、磁、射线等试验技术。 - With the development and utilization of magnetics, the orthodontics with magnetic force was widely carried out.
随着磁性材料的广泛开发和利用，磁力正畸在国内外得到了广泛开展，但磁力应用的范围、磁力正畸的机理尚不清楚。 - Nanomaterials have been used in many fields because of their unique properties in optics, electrics, magnetics, mechanics, catalysis and adsorption etc.
纳米材料因其独特的光、电、磁、力、催化和吸附等性能而被广泛应用。