The electromagnetic suspension-type maglev train can reach ultrahigh-speed using long
stator linear synchronous motors; however, slot effect makes the motors suffer from …

Propulsion, levitation, and guidance (PLG) are the main technologies of high-speed maglev
system. A linear synchronous motor (LSM) integrated with PLG is presented, which can …

Torsional vibrations in the drive system of a hybrid electric vehicle powered by an engine
are generated by cyclic torque fluctuations. These fluctuations stem from the combustion …

Propulsion, levitation, and guidance (PLG) are the key technologies of high-speed maglev
system. A linear synchronous motor (LSM) combined with PLG is presented, which can …

Torque fluctuation caused by flux harmonics in a permanent magnet synchronous motor
(PMSM) leads to torsional vibrations in vehicle-integrated electric drive systems. To resolve …

The magnetic levitation (Maglev) transportation mainly completes the propulsion, levitation,
and guidance (PLG) functions, which generally require the application of linear motor …

Within variable air-gap linear motors, such as those used in maglev trains, levitation and
thrust forces are both realized through the common air-gap magnetic field, and thus they are …

针对光刻机等高精确度定位平台无摩擦, 无接触, 无噪声需求, 提出一种采用动子无源型平移和
悬浮一体化Halbach 磁悬浮永磁直线电机以实现定位平台的无摩擦悬浮及长距离定位运动 …

Purpose This paper considers the air gap tracking problem of the levitation control system
for medium and low-speed maglev vehicles subject to magnetic nonlinearities and track …

摘要非晶合金作为一种低损耗铁心材料, 在高速电机中具有较好应用前景.
为探明非晶合金在高速磁浮直线电机中应用的可行性, 该文针对常导型高速磁浮直线电机 …