core loss

英 [kɔː(r) lɒs] 美 [kɔːr lɔːs]

铁心损;磁心损耗

电力



双语例句

  1. Starting performance of U-type single-phase permanent magnet synchronous motor Core Loss Research and Design of Super-Premium Efficiency PMSM
    U型铁芯单相永磁同步电动机起动特性超超高效永磁同步电动机铁耗研究与设计
  2. When powder core is used to preparation of APFC inductor, lower core loss will be obtained as long as core sizes and coil turns are properly selected.
    用来制作APFC电感,只要恰当选择磁心尺寸和线圈匝数就能取得降低磁心损耗的效果。
  3. New Fe-Based Amorphous Alloys with High Initial Permeability, Low Coercivity and Low Core Loss
    铁耗少的恒导磁率铁镍钴合金新型的高起始磁导率低矫顽力低铁损铁基非晶态合金
  4. Study on Reducing Core Loss of Silicon Steel Sheet by ECM
    电化学加工法降低硅钢片铁损的研究电器用硅[硅]钢片
  5. Through the experiment of application COMI converter steel-making process control dust, results showed that: increasing the proportion of CO2 injection, converter dust continued to lower core loss.
    应用COMI炼钢工艺控制转炉烟尘实验研究表明:随着CO2喷吹比例的增加,烟尘及铁损量持续降低。
  6. The thermal and elastoplastic analysis in laser processing for lowering the core loss of the grain-oriented silicon steel sheets has been conducted in the paper.
    本文对取向硅钢片降低铁损的激光加工过程进行了热弹塑性分析。
  7. Optimal-efficiency Control of Asynchronous Motor Taking Core Loss Into Account
    考虑铁损时异步电动机的最佳效率控制
  8. Simulation Analysis on Stator Core Loss P_ ( Fe) of the Large-size Synchronous Generator
    大型同步发电机定子铁损P(Fe)模拟实验分析
  9. Analyses of Core Loss for Saturation Iron Using Finite Element Method of Harmonic Balance
    谐波平衡有限元法用于饱和铁心的损耗分析
  10. As is known that a magnetic component generally consists of a core and a winding, therefore, there are two kinds of losses in magnetic components: core loss and winding loss.
    磁性元件一般由磁芯和绕组组成,其损耗包括磁芯损耗和绕组损耗。
  11. The losses of magnetic components occupy a considerable proportion in switching power supply, so the calculation of core loss is very important.
    磁性元件的损耗在开关电源中占相当大的比例,因此磁芯损耗的计算在开关电源设计中相当重要。
  12. The Grain Boundary Engineering of Sintered Nd-Fe-B Permanent Magnet with High Performance; Core Loss Research and Design of Super-Premium Efficiency PMSM
    高性能烧结钕铁硼磁体的晶界设计与控制超超高效永磁同步电动机铁耗研究与设计
  13. Investigation on the Core Loss of Amorphous Stator Core for High-Speed Motor
    高速电机用非晶合金定子铁心的损耗特性研究
  14. So the nonlinear core loss model can be represented by a linear model.
    这样就把非线性的磁损问题转化为线性模型来加以处理。
  15. A new testing method of high frequency power magnetic component and its electrical circuit model of measurement is produced. The determination of all the parameters in the model and the separation of the equivalent resistors of copper loss and core loss are realized.
    提出了高频功率磁元件测试新方法和实验电路模型,实现了磁元件模型各参量的确定及铜、铁损等效电阻的分离。
  16. Combined with the inductor core loss models under sine wave excitation, the influences of DC bias magnetic field and rectangular wave excitation on core loss are studied.
    结合正弦波激励下的电感磁损模型,研究了直流偏置磁场以及矩形波激励这两种情况对磁损的影响。
  17. The core loss spectrum P ( f) of magnetic alloy with constant permeability has been studied. It is found that P ( f) has the fractal structure. The effect of the induced anisotropy energy Ku on the fractal dimension Df is discussed.
    研究了恒导磁合金的铁芯损耗谱P(f),发现P(f)具有分形结构,讨论了感生各向异性能Ku对分形维数Df的影响。
  18. The effects of grain growth of 0.1% Si non-oriented electrical steel on texture, induction, core loss and ac permeability are studied.
    本文研究了01%Si无取向电工钢退火过程中晶粒长大对织构和磁感、铁损和交流磁导率的影响,结果表明晶粒尺寸越大,(1)有利面织构(0k1)强度降低;
  19. The experiments show that the core loss can reduce in greater degrees.
    实验表明激光照射可使其铁损大幅度降低;
  20. This paper Analyse the features and faults of all menner of construction of inductor generator. it give some factors of influence, Such as frequency, efficiency ( core loss, copper loss)、 Size 、 cost 、 process and the bearing's longevity etc.
    本文详细分析了各种结构形式的感应子发电机的优缺点,列举了对频率、效率(铁损、铜损)、尺寸、成本、加工工艺、轴承寿命等的影响因素。
  21. The other is the automatic measurement of the alternate magnetization curve and the core loss curve for the core.
    二是对电机铁芯的交流磁化曲线和铁损曲线的自动测试。
  22. In addition, the relationship between core loss and f and Bm was also investigated.
    简要阐述了铁损与f和Bm之间的关系以及在固定的Bmf值情况下给出铁损大小估算的关系式。
  23. The principle of operation and the main points of design of magnetic pulse compression ( MPC) are briefed, and the effect of Bs, Br and core loss of magnetic material on the volume, efficiency and compression ratio of the saturable reactor has been discussed.
    本文简述了脉冲磁压缩工作原理和设计要点,重点介绍了非晶态合金及超微晶合金铁芯的损耗只饱和磁感P,及剩磁Br对磁压缩电感器的体积、效率及压缩效果的影响。
  24. And the core loss increases with frequency and field intensity.
    铁芯损耗均随频率、磁场强度的增加而增加;
  25. The core loss of specimens indicated an excellent soft magnetic performance in high frequencies of 1-10 KHz.
    对试样交流磁性能的测试表明,试样在1kHz以上的频率下,试样具有相对很低的铁芯损耗。
  26. Base on the analysis of the thermal process, it shows that the heat generated by core loss directly related to the top oil temperature, but the determinants of the hot-spot temperature are the resistance loss and the eddy current loss.
    通过对变压器铁芯和绕组发热机理的深入分析,认为铁芯损耗产生的热量对顶层油温升会产生直接影响,而绕组热点温升的决定因素是绕组的直流电阻损耗和涡流损耗。
  27. In 21 century, energy conservation and environmental protection is important thesis to all the world. So improving the magnetic induction intensity and cutting down the core loss is actual value for energy conservation.
    进入21世纪,节能和环保成为全世界的重要课题,因此提高磁感应强度,降低铁损,对于降低能耗、节约能源具有重要的现实意义。
  28. Finally the paper studied the influence of conveyor belt inside different numbers of wire rope core loss on sag, energy, local stress and so on.
    最后研究了输送带内部不同根数的钢丝绳芯缺失对输送带垂度、能量、局部应力等的影响。
  29. Converter with tapped inductor or transformer makes the converter somewhat complex and the core loss is inevitable.
    而采用电感和变压器作为辅助电路的变换器,又使变换器变得更复杂,且不可避免的增加了磁芯损耗。
  30. Additionally, when the soft magnetic composite is made for the stator, the stator core loss is analyzed. And when the solid iron is made for the magnetic block, the core loss of the modulating ring rotor is analyzed.
    同时探讨了软磁复合材料作为定子时的定子铁心损耗和实心铁作为调制环转子导磁块时的调制环转子损耗,为电机的材料选取提供了依据。