磁势的的英文

• magnetometive

• "磁"英文翻译    squeak; chirp; peep
• "势"英文翻译    power; force; influence
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "磁势" 英文翻译 :    magnetic field potential; magnetic potential; magneticpotential; magnetomotive force; magnetomotive
• "磁势差" 英文翻译 :    magnetic potential difference
• "磁势降" 英文翻译 :    magnetic potential drop
• "磁势位" 英文翻译 :    magnetic potential difference; magneticpotential difference
• "等磁势" 英文翻译 :    magnetic equipotential
• "电磁势" 英文翻译 :    electromagnetic potential
• "磁势调节器" 英文翻译 :    magnetic potential regulator
• "磁势梯度" 英文翻译 :    magnetic potential gradient
• "电枢磁势波" 英文翻译 :    armature m.m.f. wave
• "交轴磁势" 英文翻译 :    cross-magnetizing ampere-turn
• "气隙磁势" 英文翻译 :    ampere-turns across air gap
• "无向量磁势" 英文翻译 :    scalar magnetic potential
• "原边磁势" 英文翻译 :    primary magnetomotive force
• "等势的" 英文翻译 :    equipotential; gleichmaechtig equipotent; isopotential; unipotential
• "电势的" 英文翻译 :    potential
• "攻势的" 英文翻译 :    aggressive; offensive
• "均势的" 英文翻译 :    equipollence; equipollency; equipollent
• "潜势的" 英文翻译 :    potential
• "强势的" 英文翻译 :    compelling; dominated; mighty
• "去势的" 英文翻译 :    castrating; emasculated; emasculative; emasculatory
• "弱势的" 英文翻译 :    poor and lowly underprivileged
• "守势的" 英文翻译 :    defensive; passive

• Step power is the key for step magnetic potential , the pulse width modulate technology that selects the triangle wave as the carrier and ladder sine wave as the modulate wave is researched , furthermore the design of the actuator drive adopts dsp as the digital controller is introduced
  步进电源是产生步进磁势的关键，文章研究了三角波为载波，阶梯正弦波为调制波的脉宽调制技术，进而介绍了采用dsp组成全数字控制器，完成步进电源触发的执行器驱动器的设计。
• This paper presents the working principles of single - phase permanent - magnet stepping motor this motors main characteristics are dissymmetry rotor and a winding on permanent - magnet . the winding on permanent - magenet is used for countervailing the flux of permanent - magnet . its very important during motor working
  详细介绍了一种新型单相单拍运行的永磁步进电机的运行原理，该电机主要特点为不对称转子及永磁磁极上附加一产生抵销永磁磁势的绕组，在单相单拍运行时发挥重要作用。
• The relation between the dimensions and performance studied in this paper . the orientation to obtain better performance is given . from the electromagnetic field calculation , it finds out that the flux leakage in the side surface is large . under this direction , a additional magnetic motive force is given against the flux leakage
  通过对横向磁通永磁电机的电磁场分析计算,发现横向磁通永磁电机转子端面漏磁通占漏磁通比例很大,在计算结果的指导下采取了在漏磁通磁路中提供一个与漏磁磁势相反的磁势的方法来降低漏磁通取得了预期效果。
• Powerformer have some changes in constract with the conventional generator ， subsequently it also have some new problems in order to have an economical ， efficient ， credible development and application the structure and the philosophy of electromagnetism of powerformer will be on speaking terms changes electrical design ， magnetism design ， thermal design and structural design are have some new changes above all ， the electromagnetism parameter and the harmonic magnetomotive force of powerformer are studied in this paper first ， it mainly utilizes analytics to deduce formula of slot leakage reactance it considers three instances ， including monolayer - slot ， multilayer isometric - slot and multilayer anisometric - slot then ， the analytics and the fem are utilized to calculate slot leakage reactance of stator winding of prototype of powerformer and compare their results second ， the theory of utilitzing fem to calculate the reactance of powerformer is simply introduced ， including stable reactance ， transient and subtransient reactance specially ， the saturated influence of the stable reactance is considered then ， the results are analysed final ， it mainly introduces the influence of harmonic magnetomotive force of stator winding and analyses the harmonic magnetomotive force of stator winding then ， it mainly analyse harmonic magneto - motive force of stator winding through arranging various arrays of stator winding and observe their influence
  基于上述原因，本文对powerformer的电磁参数以及定子绕组谐波磁势进行了研究。首先是用解析法推导出powerformer定子绕组槽漏抗的计算公式，考虑了单层圆形半闭口槽、多层等半径圆形半闭口槽和多层不等半径圆形半闭口槽三种情况，并对powerformer样机的定子绕组槽漏抗用解析法和有限元法进行了计算，并比较其结果；其次，简要介绍了有限元法计算powerformer电抗参数的原理，包括稳态电抗、瞬态电抗和超瞬态电抗，对稳态电抗考虑饱和影响，对结果进行分析；最后，介绍定子绕组谐波磁势对电机运行性能的影响并对定子绕组谐波磁势进行了分析。然后通过对定子绕组进行不同排列来分析定子绕组谐波磁势，看看绕组排列对谐波磁势的影响。