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- Based on the ampere return circuit theorem, gauss theorem and charge conservation law the concrete form of Displacement current is derived. 本文從安培環(huán)路定理、高斯定理及電荷守恒定律出發(fā)導出了位移電流的具體形式。
- The general form of Ampere circuital theorem is deduced from the Biot-Savart law using superposition of magnetic fields.Discussions are given. 從畢奧-薩伐爾定律出發(fā)，應用立體角的知識和磁場(chǎng)疊加原理，推導出一般情況下的安培環(huán)路定理，并進(jìn)一步討論了電流正負號等問(wèn)題.
- A measure of the ability of a magnetic circuit to conduct magnetic flux; the reciprocal of reluctance. 磁導磁路傳導磁通量能力的度量；磁阻的倒數
- Abstract: The general form of Ampere circuital theorem is deduced from the Biot-Savart law using superposition of magnetic fields.Discussions are given. 文摘:從畢奧-薩伐爾定律出發(fā)，應用立體角的知識和磁場(chǎng)疊加原理，推導出一般情況下的安培環(huán)路定理，并進(jìn)一步討論了電流正負號等問(wèn)題.
- A measure of the ability of a magnetic circuit to conduct magnetic flux;the reciprocal of reluctance. 磁導磁路傳導磁通量能力的度量；磁阻的倒數
- For low-frequency currents(up to about 15, 000 cycles per second)an iron core, called a magnetic circuit; is placed. 對于低頻率電流（約15，000周/秒以?xún)龋?，置有一個(gè)叫作磁路的鐵心。
- The magnetic circuit in the actuator was optimized by a 2D axisymmetric model with FEM. 通過(guò)建立超磁致伸縮微致動(dòng)器的2D軸對稱(chēng)模型，利用有限元方法對微致動(dòng)器的電磁結構進(jìn)行優(yōu)化。
- The magnetic circuit configuration and characteristic of the most used synchronous couplings are analysized. 重點(diǎn)分析了常用的同步聯(lián)軸器的磁路結構及其特點(diǎn)。
- This paper presents an optimum design method of MR damper based on magnetic circuit finite element analysis. 摘要對磁流變液阻尼器提出了基于磁路有限元分析的優(yōu)化設計方法。
- This work has a cirtain role in analysis of structure of the magnetic circuit for PM AC/DC machines. 該研究工作對永磁交直流電機磁路結構的分析具有一定作用。
- In this essay the Ampere Circuital Theorem is accurately illustrated and detailed exact demonstration is made upon it. 本文對安培環(huán)路定理給以準確的說(shuō)明和詳細的論證。
- The magnetic circuit control part includes plastic structure in outer layer and electrified winding enwound on stator. 磁路控制部分為外層塑料結構及在定子上纏繞的通電線(xiàn)圈。
- The sensors consist of a precision linear Hall IC optimized to an internal magnetic circuit to increase device sensitivity. 傳感器是由精密線(xiàn)性霍爾IC組成,已優(yōu)化為內部磁路,可提高器件的靈敏度。
- The electromagnetic system design of instantaneous trip used to be calculated on the basis of experience and magnetic circuit and made low precision. 瞬時(shí)脫扣的電磁系統設計以前通常根據經(jīng)驗和磁路方法計算，誤差較大，利用Ansys基于場(chǎng)的電磁場(chǎng)數值解法，求出其電磁鐵的靜態(tài)吸力，并根據分析結果進(jìn)行修改，有效地提高了設計效率。
- It mainly calculates intensity of magnetic flux in every part of motor magnetic circuit in order to prevent the fact the intensity is so high that the magnet core saturates. 改繞計算主要是計算電動(dòng)機磁路各部分磁通密度數值，不使其過(guò)大而致鐵心嚴重飽和。
- From magnetic circuit,carving up a traditional magnetic core into array structure,an array decoupling integrated inductance is presented. 從磁路出發(fā),將傳統的一幅磁芯進(jìn)行分割,變成陣列式結構,提出了陣列式解耦集成電感。
- Calculates magnetic circuit and electromagnetic attraction on 17 air gap positions, the errs of electromagnetic attraction are in the reasenable Range. 對17個(gè)氣隙位置進(jìn)行磁路和電磁吸力計算。電磁吸力的誤差在合理范圍內。
- Based on elementary circuit theorems, the matrix equations for calculating layer currents are set up and some formulas are deduced. 根據電路基本定律，列出了計算各層定流的矩陣方程并推導了有關(guān)的計算公式。
- Accordingly the principled suggestion for guiding the designing optimization on magnetic circuit of electromagnetic thrust bearing system was put forward. 據以提出若干指導電磁推力軸承系統磁路設計優(yōu)化的原則建議。
- A deduction to the Ampere circuital theorem 推證安培環(huán)路定理
