The phrase "aberration control" is correct and usable in written English.
It can be used in contexts related to managing or correcting deviations from a standard or expected outcome, often in scientific or technical fields.
Example: "The team implemented a new system for aberration control to improve the accuracy of the imaging process."
Alternatives: "deviation management" or "anomaly regulation".
Its products include daily spherical, frequent replacement spherical, aberration control, toric frequent replacement, color lens, and silicone hydrogel soft contact lens.
Besides lens design and aberration control, the development of stencil masks and alignment procedures are the major topics to be considered.
Current developments include the merging of corneal topographic analysis and ocular wavefront sensing technology to create the capability of etching sophisticated corneal shapes in the course of refractive surgery so as to provide optimal aberration control.
The on-axis nature of refractive systems, coupled with the additional surfaces for aberration control might allow for smaller instruments.
These low-order aberrations are more or less constant and can be removed with fixed aberration control if needed; in-vivo imaging is often done at pixel rates greater than 1 MHz, therefore real-time correction cannot be made to the high-spatial frequency aberrations that make up the FPP.
o Distortion Control: Adjusts lens aberration o Straighten: Helps to correct linear inclination of an image for straight horizons and landscapes o Fisheye Effect: In camera filter produces optical effects similar to a fisheye lens.
Axial aberrations such as spherical aberration are controlled by limiting the corresponding third-order aberration.
One step of the multistage process of carcinogenesis is thought to involve aberrations in control of the squamous metaplastic processes.
Therefore, another scheme of sextupoles is evolved, in which the geometrical aberrations are controlled by the initial Twiss parameter optimization.
Aberrations were controlled over a 6.5 mm pupil with AO while the stimuli for VA and CS testing were viewed through an artificial adjustable pupil placed conjugate to the eye's pupil and set to 6 mm.
Dosage Quotients (DQ) are calculated using the reference amplicons (in regions with low occurrence of aberrations) and the control samples (without genomic aberrations).
