However, this compensation may cause acute vibration due to its high frequency.
It can be observed that both the tracking errors and the residual vibration after the motion are considerably reduced.
Figure 5 shows a typical vibration signature exhibited by the equipment.
Figure 11 shows the effect of the proposed control methodology in minimizing base vibrations.
These experimental results demonstrate the effectiveness of the proposed control methodology in minimizing base oscillatory vibration in a time domain.
Among these, we can select one path that minimizes the residual vibration by using an appropriate method.
This creates a spatially disembodied subsonic vibration that modulates the ambient noise in the space.
For biophysical consideration, the volume available to molecular motion beyond vibration does not include the voids between solid matrices.
