eddy-current heating
- eddy-current heating的基本解释
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感应加热
- 更多网络例句与eddy-current heating相关的网络例句 [注：此内容来源于网络，仅供参考]
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Finally, the wave equation of the electromagnetic field of this kind damper isderived from the Maxwells equation. The magnetic flux density at the boundary isassumed to be harmonic, so the analytical result of the wave equation is solved. When therotor rotates, eddy currents flowing inside the conducting material field are caused. Thetangential force acting on the rotor because of the action between eddy currents andmagnetic field is produced. The tangential force causes a retardation torque, which leadsto the increase of power and heating effects.
最后，应用Ahrens的电磁轴承简化模型，从Maxwell方程出发推导了应用于本文所述的被动式电磁阻尼器的波动方程，并用傅立叶级数把矩形磁场展开的谐变磁场作为磁场的边界条件，通过求解波动方程得到磁场的解析解，从而计算了阻尼器对转子的电磁力和由涡流引起的切向力产生的阻尼器附加功耗。
- 更多网络解释与eddy-current heating相关的网络解释 [注：此内容来源于网络，仅供参考]
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eddy currents：涡流
induction heating 感应加热由变化磁场感应的涡流(eddy currents)使导电材料加热,感应加 热可能是不期望出现的效果. 因为它导致变压器或其他电器器件中的功率 损失. 然而,对于熔化、锻冶、轧制、热处理金属以及熔接、铜焊和锡焊,