1) electromagnetic skin depth
电磁感应趋肤深度
2) skin depth
趋肤深度
1.
The skin depth in the helical stator is calculated and is compared with an approximation widely used in the m.
研究了螺线管型爆磁压缩发生器中金属套筒的一维磁扩散模型,分别导出了不同边界条件下的近似解析表达式,分析了瞬态磁场分布的特点,指出了经典趋肤深度计算公式的高频局限性,得出了能够同时反映高频与低频特性的磁场分布与相应趋肤深度的近似解析结果。
2.
This article compares the skin depths between these two kinds of waves,and find the skin depth of the wave based on a kind of special fu.
本文通过计算比较两种电磁波的趋肤深度,发现基于特殊函数的电磁波的趋肤深度远大于一般的简谐波。
3) magnetic skin effect
磁趋肤效应
4) electric skin effect
电趋肤效应
1.
By combining electromagnetic theory with condensed state physics, we studied the electric skin effect, which consists of the distribution of conductor s induced charge on the surface of the conductor under the state of electrostatic equilibrium, the skin effects of the alternating current and super current.
用电磁学理论结合凝聚态物理学理论研究了电趋肤效应问题,它包括处于静电平衡状态下的导体上的感应电荷分布在导体的外表面上、交流电流的趋肤效应和超导电流的趋肤效应。
5) magnetic skin effect
磁的趋肤效应
6) velocity-skin effect
速度趋肤效应
1.
The numerical calculation results showed that armature motion can cause significant velocity-skin effect,the current tends to flow to surface and has high concentration at the left-hand corner of the rail-armature interface,at the same time,this leads to erosion and damage to the armature because of ohmic heating.
数值计算结果显示了电枢运动引起明显的电流速度趋肤效应,电流趋向表面流动并在电枢尾部与轨道接触面上趋于集中;同时使电枢尾部欧姆热剧增导致出现高温烧蚀。
补充资料：赪肤
1.亦作"頳肤"。 2.指赤色的外皮或表层。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条