magnetic potential的意思

magnetic potential中文翻譯：

[電磁]磁位

相似詞語短語

magnetic───adj.地磁的；有磁性的；有吸引力的

potential───n.潛能，可能性；電勢；adj.潛在的，可能的；勢的

magnetic train───磁力列車

magnetic field───n.磁場；[電磁]磁場

electro-magnetic───電磁的

magnetic needle───n.磁針；[電磁]磁針

electro magnetic───電磁

unmatched potential───無與倫比的潛力

tapping potential───挖掘潛力

雙語使用場景

And the physical meaning of magnetic potential is further discussed from the Angle of the canonical field theory.───并從規范場論的角度出發進一步討論了磁勢的物理意義。

A new type series active power filter based on fundamental magnetic potential self-balance and harmonic counteraction is proposed.───提出一種新型的基于基波磁勢自平衡諧波抵消式串聯有源電力濾波器。

balance process of the magnetic potential self-balance circuit for the single core during half cycle was discussed.───分析了磁勢自平衡回路在半個周期內單鐵心磁勢自平衡的工作過程。

The tested results have validated the correctness of the theory of magnetic potential self-balance and feedback compensation dc sensor.───實驗結果證實了磁勢自平衡回饋補償式直流傳感機理和方法的正確性。

Besides displacements, electric potential and magnetic potential and some of the stress components are chosen as basic unknowns.───在這種方法中，基本未知量不僅包括機械位移、電勢和磁勢，還采用了某些應力分量、電位移和磁感應強度。

A semi-analytical with vector magnetic potential was applied for permanent-magnet air-gap field and caging torque of star slot.───采用矢量位半解析法分析了分數槽電機的水磁氣隙磁場和定位轉矩。

and cantilever beam under linear electric potential and magnetic potential.───及懸臂梁承受線性電勢和磁勢等。

single scalar magnetic potential finite element method; magnetostatic field;───單標量磁位；有限元法；

The Analytical Solution for Magneto-electro-elastic Beams under Linear Electric and Magnetic Potential───線性電勢和磁勢邊條下磁電彈性梁的解析解

英語使用場景

The paper briefly describes the theory of direct current sensor based on magnetic potential self-balance and feedback compensation and the structure of prototype machine based on this theory.

The balance process of the magnetic potential self-balance circuit for the single core during half cycle was discussed.

The detection circuit has a major influence on the accuracy and sensitivity of DC sensor based on magnetic potential self-balance and feedback compensation.

It is exemplified that, with a credible error estimation, their performances are superior to the frequently-used one, which determine internal inductance via the vector magnetic potential.

Using the magnetic potential, Faraday Law of Electromagnetic Induction is expanded, represented and analyzed in the conditions of classical physics.

In the view of magnetic potential, we can get the physical circumstance of magnetic potential through element calculation, on the base of this we can calculate the Magnetic field strength.

Then, in chapter 4 of this thesis, the reliability analysis on the DC sensor based on magnetic potential self-balance and feedback compensation is processed.

The DC sensing theory and method based on magnetic potential self-balance and feedback compensation are studied in this paper.

In this paper a decoupling concept and a method of using FMMM to calculate 3D magnetostatic field are proposed. The magnetic potential jump-boundary of FMMM is solved better.