1) arigap magnetic potential drop
气隙磁压降
2) voltage due to net air-gap flux
净气隙磁通电压
3) zero gap transformer
零气隙磁路变压器
4) Air-gap flux density
气隙磁密
1.
The rotor yoke flux and air-gap flux density is varied with the magnet number per pole,the pole number and the thickness of the magnet are analyzed,and the differences between the magnet number per pole m≥2 and m=1(surface-mounted structure) are illustrated.
基于该模型的计算结果,着重分析研究了每极磁体数、极对数和磁体厚度对转子轭部磁通、气隙磁密谐波和基波的影响,比较了每极磁体数m≥2与m=1(径向结构)磁性能的差异,并给出了每极磁体数、极对数和磁体厚度的合理取值范围,为设计离散Halbach永磁电机依据。
5) gap reluctance
气隙磁阻
1.
Calculating method on the gap reluctance of radial magnetic bearings;
径向电磁轴承气隙磁阻理论计算方法
6) Air-gap magnetic field
气隙磁场
1.
Analyses of the air-gap magnetic field and detent force of permanent magnet linear synchronous motor;
永磁直线同步电动机气隙磁场及磁阻力分析
2.
Air-gap magnetic field was the key factor to determine the performance of permanent magnet linear synchronous motor(PMLSM).
直线电动机的气隙磁场是决定其性能的关键因素。
补充资料：无弹性架压磁测力传感器压头
无弹性架压磁测力传感器压头
无弹性架压碰测力传感器压头
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