The micro-vibration generated by various disturbance sources on spacecraft seriously
affects the observation and imaging accuracy. Thus, some measures must be taken to …

In the spacecraft, optical payloads are greatly disturbed by micro-vibration. Therefore, the
active-passive vibration isolation system (APVIS) with stable performance and high …

This paper presents a magnetorheological (MR) automobile damper with a self-sensing
function. The self-sensing structure is designed based on the principle of triboelectric …

In this study, an active microvibration isolation system is developed for precision space
payload. Vibrational environment affects the performance and reliability of measuring …

Time delay significantly degrades the control performances of semi‐active magneto
rheological damper. However, the robust control approaches combined with the Taylor …

Magnetorheological dampers (MRD) are increasingly used in smart structural damping
systems due to their good damping properties. In practical applications, as a nonlinear …

The optical reference cavity in an ultrastable laser is sensitive to vibrations; the
microvibrations in a space platform affect the accuracy and stability of such lasers. In this …

To design an effective intelligent control algorithm for performance improvement of the MR
semi-active suspension for intelligent vehicles, there is a demand to considerably shorten …

Inverse models for magnetorheological (MR) devices can be used to calculate the command
current required for the MR damper to generate the desired forces. Such models are of great …

Large-aperture space telescopes have played an important role in space gravitational wave
detection missions. Overcoming the influence of the space environment on interstellar laser …