magnetic energy

英 [mæɡˈnetɪk ˈenədʒi] 美 [mæɡˈnetɪk ˈenərdʒi]

网络  磁能; 磁场储能可以表示成磁能; 磁场能量; 能量; 磁场能

化学



双语例句

  1. The magnetic seeding element has the advantages of lowering magnetic leakage and improving magnetic-field strength and magnetic energy utilization of magnetic end faces thereof.
    这种磁吸式排种元件降低了漏磁率,提高了排种元件磁吸端面的磁场强度和磁能利用率。
  2. These cultures and peoples were spread through different parts of the world, and had no contact with one another, but somehow they came to very similar conclusions about magnetic energy.
    这些文化和民族被分散在世界各地,并与彼此没有联系,但不知何故,他们来到约磁场能量非常类似的结论。
  3. Magnetic energy in contrast is rotational in nature and requires soul to spin.
    相比之下,磁性能量是自然地转动的,并需要灵魂的旋转。
  4. The more you sincerely appreciate life from the heart, the more the magnetic energy of appreciation attracts fulfilling life experiences to you, both personally and professionally.
    你越是真心的欣赏生活,就越能拥有更多个人和事业的精彩体验。
  5. As the lobes swell with the added magnetic energy, the plasma sheet that lies between them begins to thin.
    当南北两叶因为吸入磁能而膨胀时,夹在中间的电浆片就开始变薄。
  6. And even if the resistance were higher, explaining how the required amount of magnetic energy could be concentrated in one place and released in a sudden burst would still be difficult.
    就算电阻再高一些,仍难以解释为何必要的磁场能量会集中在一处,并突然于一次爆发中释放出来。
  7. A general formula for computing the self-inductance given by means of magnetic energy.
    用磁场能量法得出计算自感系数的一般公式。
  8. A Direct Power Control Method for Superconducting Magnetic Energy Storage System Based on Virtual Flux
    基于虚拟磁链的超导储能装置直接功率控制策略
  9. Introduction of Superconductor Magnetic Energy Storage Devices and Its Research on Improving Power System Transient Stability
    超导储能装置介绍及其提高电力系统暂态稳定性的研究
  10. The research of control strategy of the superconducting magnetic energy storage in the wind system
    超导磁储能装置在风电场中控制策略的研究
  11. Minimum Energy Control of Dynamic Voltage Restorer Based on Common DC Voltage Link Cascaded Superconducting Magnetic Energy Storage System
    基于共直流电压母线级联型超导储能系统的动态电压恢复器最小能量控制
  12. Sequential Kriging Optimization Method for Superconducting Magnetic Energy Storage
    超导磁储能系统的序贯克里金优化方法
  13. Afterwards, the segments were assembled and glued together in a special iron armature, which reduced magnetic energy.
    此后,部分组装在一起,并贴在一个特殊的铁电枢,从而减少了磁能量。
  14. Optimal Design of Current Leads for Superconducting Magnetic Energy Storage Device
    超导储能系统用电流引线的优化设计
  15. In the nonphysical, the Ant Kingdom monitors the grounding and magnetic energy of earth.
    在非物质层面,蚂蚁王国看守着地球的根植和磁性能量。
  16. The Study on Key Issues of Voltage Source Converter for Superconducting Magnetic Energy Storage System
    超导储能装置用电压型变流器关键技术研究
  17. This had a hovercraft like engine and also worked on the magnetic energy fields like the space crafts.
    它有一个象水翼船一样的引擎,工作原理与飞行器一样,也是利用磁能场。
  18. It is through the great wisdom of the ages, that we gain knowledge from many who understood the concept of Magnetic Energy for health.
    它是通过大智慧的时代,我们获得了许多谁理解为健康磁场能量的概念知识。
  19. A discussion on the transport of magnetic energy and complexity to the corona is given in this paper.
    本文讨论了从太阳光球向日冕传输磁能和磁复杂性的过程。
  20. Application of Superconducting Magnetic Energy Storage Technology to Power System and Its Prospect
    超导储能技术在电力系统中的应用与展望
  21. The transfer of magnetic energy from the solar wind radically alters the shape of the magnetosphere.
    从太阳风传来的磁场能量,彻底改变了磁层形状。
  22. Direct research work on energy storage and energy exchange technology. The Study on Key Issues of Voltage Source Converter for Superconducting Magnetic Energy Storage System
    负责组织电能储存及转换技术相关课题的研究。超导储能装置用电压型变流器关键技术研究
  23. Superconducting magnetic energy storage based on PID controller inhibiting power swing of wind farm under the fault disturbance
    基于PID控制器的超导储能装置抑制风速和故障扰动下风电场功率波动
  24. Influence of Superconducting Magnetic Energy Storage on Voltage Stability of Smart Grid
    超导储能技术对智能电网电压稳定的影响
  25. If the coil were wound using a conventional wire such as copper, magnetic energy would be dissipated as heat due to the wire's resistance to the current flow.
    若线圈是用如铜这样传统的导线绕制的话,由于导线对电流的电阻,磁拨就会因导线发热而损耗。
  26. Well, you can also convert it into magnetic energy.
    你也可以将其,转化成磁能。
  27. The Design and Experiments of the Four-modular Converters Power Control for Superconducting Magnetic Energy Storage System
    超导储能系统用四模块组合变流器功率控制设计和实验研究
  28. They are derived by use of the ratio of the macroscopic kinetic energy density to the magnetic energy density.
    它们是利用宏观动能密度对磁能密度的比例导出的。
  29. The equivalent time constants are derived from the decay characteristics of the induced current. The resistance and inductance can be given by calculating the eddy current loss and magnetic energy in the passive feedback coils.
    等效时间常数可以从感应电流自然衰减特性得到,电阻和电感则通过计算被动反馈线圈中涡流损耗和磁场能量中求得。
  30. In the process, the magnetic field topology has been changed and magnetic energy has been released.
    在该过程中,磁场的拓扑结构被改变,磁能释放。