磁能

cí néng
  • magnetic energy
磁能磁能
磁能[cí néng]
  1. 添加Cr元素可提高内禀矫顽力,从而提高最大磁能积。

    The addition of Cr element shows to be significantly advantageous in increasing the intrinsic coercivity and maximum magnetic energy product .

  2. 基于谐振电抗器和磁能恢复开关的单相AC-DC变换器

    Single-phase AC-DC converter based on resonant reactor and magnetic energy recovery switch

  3. H(ci)与最大磁能积((BH)(max))随预烧结温度的增加而线性增加,尤其是在高温阶段。

    H_ ( ci ) increased greatly with pre-sintering temperature increasing , especially at high temperature .

  4. 利用磁能降低直流母线电压的两级PFC拓扑

    Study of A Two Stage Power Factor Correction Converter Topology with Magnetizing Current to Reduce DC Bus Voltage

  5. 结果表明,适量Ga元素的添加能有效提高磁体退磁曲线的方形度,进而提高磁体的最大磁能积。

    The results suggest that adding proper gallium could improve the squareness of the demagnetization curve and increase the maximum energy product of the magnets .

  6. 磁系由Nd-Fe-B永磁体构成,其磁能积为255KJ/m3,剩余磁感为1.1T。

    The magnet system consists of Nd-Fe-B permanent magnets with magnetic energy product 255KJ / m3 and magnetic flux level 1.1T .

  7. 将谐振电抗器和磁能恢复开关引入到单相AC-DC变换器中,设计了一种新颖的混合单相AC-DC变换器。

    Based on the resonance reactor and the Magnetic Energy Recovery Switch ( MERS ) , a novel single-phase AC-DC converter is designed .

  8. 回火处理能够极大地提高添加Nb后的烧结Nd-Fe-B磁体的矫顽力,而对其最大磁能积的影响不大。

    The intrinsic coercivity of sintered Nd-Fe-B magnets with Nb addition can be greatly improved by annealing treatment , and annealing treatment has little effect on maximum energy product of sintered magnets .

  9. 在磁容带被激活源变成磁能带期间,物质和能量都向NCS集中。

    During the MCB was changed by the ASs into a magnetic energy belt ( MEB ), the material and energy both concentrated to the NCS in the course of its formation .

  10. 用HD工艺制备的NdFeAlB烧结磁体(HD磁体)的矫顽力比传统球磨(BM)工艺的高,但剩磁及磁能积较低;

    The results show that the coercivity of HD magnet is higher than that of traditional ball milling ( BM ) magnet , while the remanence and the maximum product energy are lower .

  11. α-Fe相中原子磁矩的转动受Nd2Fe(14)B相的控制,因而这种磁体具有高剩磁和高磁能积的优点。

    The rotation of magnetic moments in the a-Fe phase is controlled by Nd_2Fe_ ( 14 ) B phase through exchange coupling effect , which gives this magnet high remanence and high-energy product .

  12. 实验中发现,当外加磁场达到10T时,材料的磁能积提高了30%。

    It can be found that the magnetic properties improves with the 30 % increasing in ( BH ) m when magnetic field reaches 10T .

  13. 并且研究了约化剩磁、内禀矫顽力和最大磁能积随晶粒尺寸a和软磁相含量fm的变化。

    The behavior of the reduced remanence , the intrinsic coercivity and the change of maximum magnetic energy product with the grain size , a , and the content of the soft phase , fm , have been studied .

  14. 与常规的2:17稀土永磁合金相比,合金的矫顽力iHc和最大磁能积(BH)(max)分别提高48kA/m和16kJ/m~3左右。

    Intrinsic coercive force , iHc and energy product . ( BH ) _ ( max ) can be increased to about 48kA / m and 16kJ / m ~ 3 respectively when compared with those of conventional 2 : 17 rare earth alloy .

  15. 本文论述高磁能积永磁材料钕铁硼(Nd-Fe-B)出现后,磁技术在石油开采与输送方面的应用。

    This paper describes the application of magnetic technique to the production and transport of petroleum since the advent of neodymium-iron-boron ( Nd-Fe-B ), a permanent magnetic material with high magnetic energy product , magnetizing treatment of crude oil was carried out by a cohesive strong ma .

  16. 纳米复合永磁材料是指由纳米尺度的硬磁和软磁性相彼此均匀弥散分布,通过相邻原子磁矩交换耦合作用而形成的复合体,理论磁能积高达1000kJ/m3(125MGOe)。

    Nano-composite materials consist of both nano-scaled hard and soft phase , which get excellent magnetic performance through exchange coupling between their neighboring atomic magnetic moment . Its potential upper limit of maximum energy product is as high as 1000 kJ / m3 ( 125MGOe ) .

  17. 你也可以将其,转化成磁能。

    Well , you can also convert it into magnetic energy .

  18. No.431活动区的形态分析和磁能变化

    Morphological Analysis and Magnetic Energy Variations of Active Region No. 431

  19. 电磁感应现象中的安培力做功与磁能

    The work of Ampere force and the energy in electromagnetic induction

  20. 基于磁能传递的血泵驱动系统研究

    Research of blood pump driven system based on magnetic energy transmission

  21. 对互感线圈磁能的准确描述

    Nicety Description for Magnetism Energy on Mutual - inductance - loop

  22. 互感线圈电路的暂态过程与互感线圈的磁能

    The Circuit Transient Process of Mutual Inductance Loop and its Magnetic Energy

  23. 真空中永磁体磁场的静磁能密度

    Magnetostatic energy density in the field of a permanent magnet in vacuum

  24. 磁能和磁复杂性向日冕的传输

    On the Transport of Magnetic Energy and Complexity to the Solar Corona

  25. 带直联主变的水轮发电机磁能估算

    Field Energy Estimation of a Water-Wheel Generator with a Directly Connecting Main Transformer

  26. 磁性超晶格的静磁能和磁相图的唯像理论研究

    Study of Phenomenological Theory of Magnetostatic Energy and Phase Diagram of Magnetic Superlattice

  27. 具有较高的磁能积、极低的温度系数,其使用温度可高达300度。

    Its biggest advantage is its high working temperature & 300 degree centigrade .

  28. 高磁能积稀土钴永磁合金的非平衡凝固过程

    Nonequilibrium solidification processes of rare earth cobalt permanent magnetic alloys with high energy products

  29. 稀土钴开路磁体最大磁能密度时的长径比

    Aspect Ration of Rare-Earth Cobalt PM Having Maximum Magnetic Energy Density in Open Magnetic Circuits

  30. 稳定闭合电流的磁能

    Magnetic Energy of Constant Close Current