However, too dense paths cause excessive material removal in lower removal regions deteriorating the form convergence.
As the more removal regions with a much smaller pitch path, the residual ripples are restrained.
Therefore, we develop a multi-pitch tool path which has a large pitch in less removal regions reducing over-removal and small pitch in more removal regions so as to decrease the residual ripples while guaranteeing the figure convergence.
The path pitch is designed larger at low removal regions, so as to bring much less over-removal; while smaller at high removal regions, so as to decrease MSF error in terms of the residual ripples.
The path pitch is designed larger at low removal regions while smaller at high removal regions, and the feeding velocity of the tool is maintained at high level when scanning the whole surface.
To increase selectivity, plume emission spectroscopy has been investigated, in order to control, in real time, the material removal in regions where the coating thickness may vary.
This was accomplished after the removal of regions of heavy rain from the data, a factor that gives inaccurate wind readings.
The alignments were further examined after removal of regions that contained gaps in more than 70% of the taxa, and again after removal the C-terminal vWFD domain that only occurs in most VtgA type homologues.
When the removal of regions split a large CNVR, it was considered as two smaller CNVRs.
