1. The second he used to take its magnetic bearing, which he then scribbled into his daily log.

2. Active Magnetic Bearing AMB is a typical mechatronics system.

3. Finally, an actual magnetic bearing - rotor system is calculated and validated by using above method and experiment.

4. To apply DSP to the digital control of magnetic bearing is the emphases of the paper.

5. Dynamic characteristics of turbine magnetic bearing system by excitation test are studied in this paper.

6. Based on the configuration analyzing of magnetic bearing, electromagnetic parameter is introduced and analyzed.

7. For solid rotor of radial magnetic bearing, besides the windage loss, the iron losses will be significant when the speed is high,(Sentence dictionary) and the eddy current loss will be dominant at high speed.

8. Active Magnetic Bearing ( AMB ) has been used in more and more fields of industry.

9. Permanent magnetic bearing is an important part in rotating machine.

10. A method of self - sensing rotor position of magnetic bearing is introduced in this paper.

11. Based on a reduced - order model, the VSC of flexible rotor - magnetic bearing system is also investigated.

12. Using the principle of differential transformer, a method of self-sensing rotor position of magnetic bearing is studied in this paper. By this way , no special displacement sensors are used.

13. The distribution of electromagnetic field is the main part in the research of magnetic bearing.

14. In order to realize rotor position control in the magnetic bearing system, a closed loop position feedback control system is needed to be established.

15. The result showed that control was easy and dynamic propriety was good. This magnetic bearing had widely application in flywheel energy storage system, super high speed motor, and so on.

16. The design and ascertaining of permanent - magnet - biased magnetic bearing parameter are detailed introduced.