静磁的英文

• [电学] magnetostatic
  ◇静磁场 magnetostatic field; 静磁能 magnetostatic energy

• "静"英文翻译    still; calm; motionless
• "磁"英文翻译    squeak; chirp; peep
• "静磁波" 英文翻译 :    magnetic static wave; msw magnetostatic wave
• "静磁场" 英文翻译 :    magetostatic field; magnetostatic field; static magnetic field
• "静磁带" 英文翻译 :    quiet magnetic zone
• "静磁能" 英文翻译 :    magnetostatic energy
• "静磁学" 英文翻译 :    magnetostatics
• "静磁波掐" 英文翻译 :    magnetostatic wave device; msw device
• "静磁单位" 英文翻译 :    magnetostatic unit
• "静磁共振" 英文翻译 :    magnetostatic resonance
• "静磁化曲线" 英文翻译 :    static magnetization curve
• "静磁模态" 英文翻译 :    magnetostatic mode
• "静磁能量" 英文翻译 :    magnetostatic energy
• "静磁屏蔽" 英文翻译 :    magnetostatic shielding
• "静磁透镜" 英文翻译 :    magnetostatic lens
• "静磁学的" 英文翻译 :    magnetostatic
• "静磁振荡" 英文翻译 :    magnetostatic oscillation
• "宁静磁层" 英文翻译 :    quiet-time magnetosphere
• "静磁电子透镜" 英文翻译 :    magnetostatic electron lens
• "静磁井迹跟踪" 英文翻译 :    magnetostatic well-tracking
• "静磁聚焦透镜" 英文翻译 :    magnetostatic focusing lens
• "静磁能量密度" 英文翻译 :    magnetostatic energy de ity; magnetostatic energy density
• "静磁应力张量" 英文翻译 :    magnetostatic stre te or; magnetostatic stress tensor
• "高斯静电静磁定律" 英文翻译 :    gauss laws of electrostatics and magnetostatics
• "静磁场的磁能密度" 英文翻译 :    magnetic energy density of magnetostatic field

• The field structures of some typical magnetostatic traps
  典型静磁阱的磁场结构
• Magnetostatic modes of lateral ferromagnetic ferromagnetic superlattice
  铁磁超晶格的静磁模式
• Magnetostatic stress tensor
  静磁应力张量
• Magnetostatic wave ( msw ) is a kind of slow dispersive wave propagating in magnetic medium , which is also a microwave electromagnetic wave . so the propagation characteristics of msw can be controlled by bias magnetic fields
  静磁波( msw )是一种在磁性介质中传播的慢色散波,也是一种微波电磁波,可通过磁控方法改变静磁波的传播特性,并与具有电磁性的物质发生作用。
• In many years , the analysis of mechanical characteristics of permanent magnet bearings is deeply studied by scholars in the world , mathematical model is built for analyzing mechanical characteristics of permanent magnet bearings by static magnetic circuit method and equivalent magnetic charge method
  长期以来，国内外学者对永磁轴承力学特性进行了深入地研究，建立了采用静磁路法和等效磁荷法分析永磁轴承力学特性的数学模型。
• By the comparison and analysis of different theory calculations and test results , the evaluation of theory calculation methods for analyzing mechanical characteristics of permanent magnet bearings is made : the calculation of static magnetic circuit is simple , which owns less mathematical model parameters , but its accuracy is not high
  通过将各种理论方法和试验结果进行比较和分析，对各种永磁轴承力学特性的理论方法进行了评价。得出了以下结论:静磁路法计算过程简单，数学模型的参数少，但计算精度不高。
• The bragg diffraction efficiency of gows in bismuth - doped yig film is caculated by considering the edge cut - off effect . the obtained theoretical curve is basically agreement with the experimental results . it is shown that the diffraction performance for mo bragg cells can be greatly increased by using an appropriately nonuniform bias field
  2 .考虑到边缘截止效应,论文中计算了静磁正向体波对导波光的衍射效率,理论结果与实验符合;从而表明,与均匀场情形相比,适当不均匀场可以大大提高磁光bragg器件的衍射效率。
• The microwave delaylines using hts thin films have the advantages of small size and mass and low insertion lose . these characters are much better than the delaylines using surface acoustic wave , coaxial - line , magetostatic wave or conventional metal planar structures . these merits benefit a lot in largely reduction the mass and volume of communication systems
  利用高温超导( htsc )薄膜材料研制的微波延迟线具有体积小、重量轻、插损小等优点,这是利用声表面波、同轴线、静磁波或常规金属平面结构设计的延迟线所无法比拟的。这些优点对于减轻通信系统的重量和缩小体积都是非常有利的。
• However , the msw - based mo devices haven ’ t still been applied extensively up to now because of low bragg diffraction efficiency . the generation and propagation characteristics of magnetostatic forward volume waves ( msfvws ) under nonuniform bias magnetic field and the bragg diffraction efficiency of gows with the msfvws are theoretically studied in this paper
  本论文主要从理论上研究不均匀场中静磁正向体波( msfvw )的激发与传播特性,以及不均匀偏置磁场在提高静磁波对导波光的bragg衍射效率方面所起的作用。
• The influence of msfvw bandwidth on the diffraction efficiency is also considered . for the nonuniform bias magnetic field of u - type parabola profile , when the msw frequency is less than the cut - off frequency at the edge of mo film , the effective mo interaction length reduces . the edge cut - off frequency is determined by the maximum of the nonuniform field
  对于抛物型分布(开口向上)的偏置磁场,当激发静磁波的rf频率小于边缘截止频率时,磁光作用的有效长度减小(与静磁波频率有关) ;边缘截止频率由不均匀磁场的最大值决定,静磁波的下限截止频率由不均匀场的最小值确定。