安培定律

库仑定律、安培定律和法拉第电磁感应定律是电磁学三大基本实验定律，这三个定律的建立标志着人类对于电磁现象的认识发展到了新阶段。

The formation of the three basic experimental law-the Coulomb 's Law , the Ampere 's Law and the law of Faraday 's electromagnetic induction-shows that mankind 's understanding of the electromagnetism phenomenon has reached a new level .

库仑定律是整个电磁场理论的基础，它确保了作为经典电磁场理论总结的麦克斯韦方程组的精度，从而实际上也确保了安培定律和法拉第电磁感应定律的精度。

Coulomb 's Law is the foundation of the theory of the electromagnetic field . Since it ensures the accuracy of the Maxwell 's Equations , it ensures the accuracy of the Ampere 's Law and Faraday 's Law of electromagnetic induction as well .

利用狭义相对论导出毕奥－萨伐定律和安培定律

Derivation of Biot-Savart law and Ampere law by means of special relativity

从安培定律和法拉第定律出发，导出了细槽缝问题的时域有限差分方程。

Finite-difference time-domain equation is deduced from Ampere and Faraday 's laws .

安培定律应用中的一个普遍疏忽

A Universal Neglected Problem on Applying Ampere ′ s Law

从库仑定律导出安培定律；

Amperel 's law derived from Coulomb 's law ;

安培定律与毕奥-萨伐-洛仑兹定律的补充

Supplement to Ampere law and biot-savart-lorentz law

通过安培定律与法拉第电磁感应定律导出安培力做功的一股公式。

The general formula for calculating the work of Ampere 's force is derived according to the Ampere 's law and the Faraday 's law of electromagnetic induction .

若忽略磁偶极子对的边缘效应，并将其等效成束缚电流元，可用安培定律来确定其受力大小和方向。

To lose sight of paired magnetic dipole brim and to equate bound current element , making certain direction and magnitude of a force upon it by Ampere Law .

利用磁通安培定律，给出了整体式四磁极径向电磁轴承电磁网络的磁通方程组，提出了电磁耦合干扰力的概念，并导出了其计算表达式；

The flux equations of electromagnetic network for integrated four-pole radial magnetic bearing is established by Ampere 's circuital law . The concept of electromagnetic coupled interference is proposed and the corresponding formula is also given .

磁光式电流传感器是基于法拉第效应和安培环路定律实现电流测量的。

The magneto-optical current sensor is based on Farada effect and Ampere 's law to realize the current measurement .

本文从真空中磁的库仑定律和电的安培环路定律推导出磁单极存在下麦克斯韦方程组的微分形式，描绘出磁单极存在下的电磁图象。

This paper derives Maxwell 's equations in differential form for the existence of magnetic monopoles from Coulomb 's law of static interaction between point magnetic charges and Ampere 's law for a line integral of around a closed path , The author describes an electromagnetic picture .

进而分析了短路电流的几种情况，以短路冲击电流、电磁感应和安培力定律为基础，结合实际变压器绕组结构分析了绕组短路力。

Then It analyzes several short-circuit currents . Based on short-circuit impulse current , the law of electromagnetic induction and Ampere force law , considering the actual construction winding , it divide the short-circuit force into radial and axial force , and elaborate the cause of the two forces .

基于磁流变液的无限长单链模型，本文利用安培分子电流假说、偶极子理论以及安培定律对磁流变液受小角度剪切进行了研究。

Based on the infinite single-chain structure model , research is done on MR fluids sheared by a small angle .

依据安培分子电流假说、偶极子理论以及安培定律，建立了计算磁流变液中一条单链内两磁性球粒子间相互作用力的一个新的理论模型，并推导出了相互作用力的计算公式。

The interaction force of two magnetic particles in an infinite single-chain is deduced using a new theoretical model which is founded on Ampere ' molecular current hypothesis , Dipole theory and Ampere ' law .