1) guideway resonance vibration
轨道共振
1.
This paper tries to eliminate guideway resonance vibration of an EMS maglev vehicle by designing a levitation control system.
主要从悬浮控制系统设计的角度来解决磁浮列车的轨道共振问题，研究鲁棒状态观测器的设计，讨论观测器参数的选择方法。
2) resonant orbit
共振轨道
3) orbital resonance and secular resonance
轨道共振与长期共振
4) bit-orbit resonance
轨轨共振
5) vehicle-guideway vibration
车轨共振
1.
From the view point of vehicle-guideway coupled concept, some questions including system model diagram and vehicle-guideway vibration and system period response are analyzed.
本文在阐述磁浮列车技术的发展状况及自动控制在该项技术作用的基础上,以磁悬浮车轨紧耦合系统为出发点,分析了系统模型结构、车轨共振、系统周期响应等问题,并指出需要进一步研究的系统全局性问题。
6) track vibration
轨道振动
1.
Effects of abrupt changes in track foundation stiffness on track vibration under moving loads;
移动荷载作用下轨道基础刚度突变对轨道振动的影响
2.
Influences of the train on track vibration when passing through the railway with irregularities and rigidity abrupt change;
列车通过轨道不平顺和刚度突变时对轨道振动的影响
3.
Research methods:By means of establishing the continuous elastic 3 layer beam model for track structure with random irregularity of track vertical profile,method of analyzing track vibration by Fourier transform technique is presented.
研究目的:分析客货混运铁路专线客车及货车引起轨道振动的规律。
补充资料：电子自旋共振(见电子回旋共振)
电子自旋共振(见电子回旋共振)
electron spin resonance
电子自旋共振eleetron spin resonanee见电子回旋共振。
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