This paper presents an implementation of rotor position estimation with self sensing method for permanent magnet (PM) synchronous machines.
提出了一种永磁同步电机转子位置估算的自检测方法。
Combined with impedance concept, a method for on line structure health monitoring based on self sensing piezoelectric patches, which are bonded on the surface of the structure, is presented.
利用自驱动、自传感特性的压电陶瓷片，粘贴在外部结构的表面，结合动态阻抗的概念，提出了一种机电耦合的在线压电阻抗技术用于结构健康诊断。
Status: Field-testing for self-sensing concrete in progress.
现状：自行感知的混凝土现场测试正在进行中。
Piezoelectric self-sensing actuator can be applied in active vibration control.
结构振动主动控制可以采用压电自感知执行器。
As further studies of active materials, possibilities of developing the self-sensing actuator using the active material are enhanced increasingly.
随着对智能材料的深入研究，对于智能材料在自感知执行器中应用的可能性日益增强。
A method of automatically detecting rotor position of self-sensing magnetic bearing is studied, in this method, no special displacement sensors are used.
主要研究一种无传感器磁轴承转子位置自检测的方法，该方法不需要专用的位移传感器。
Social intelligence layer makes information flow to have the ability of self-sensing self-protecting and self-adjusting;
社会智能层赋予信息流自我感应、自我保护、自我调控的行为能力；
The fundamental and the math model of Self-sensing Active Magnetic Bearing (AMB) are studied and its stability is analyzed.
本文研究了无传感器磁悬浮轴承系统的基本原理、闭环系统的数学模型及其稳定性。
Study on automation detection system of rotor displacement of self-sensing magnetic bearing;
该文介绍了运用霍尔传感器研制的磁悬浮轴承磁场均匀性测试仪。
Study on automation detection system of rotor displacement of self-sensing magnetic bearing;
该文介绍了运用霍尔传感器研制的磁悬浮轴承磁场均匀性测试仪。
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