optical aberration

Simple lenses are subject to the optical aberrations discussed above.

Optical aberrations are "corrected" by design of the reconstruction algorithm.

Portrait lenses, which a few 35-millimeter camera makers provide, are designed with certain optical aberrations built in.

Multiple lenses, generally higher magnification because of the reduced Optical aberration.

Simple lenses, which result in the highest degree of Optical aberration and are generally lower magnification.

Images may be distorted through simulation of optical aberrations.

Shortcomings such as these in an optical system cause what are called optical aberrations.

The stop limits the effect of optical aberrations.

The fluorite also serves to correct optical aberrations in these lenses.

The eye, like any other optical system, suffers from a number of specific optical aberrations.

With a less complicated lens formula they suffer from fewer problems related to optical aberration.

These actuators could also be used to correct for optical aberrations due to atmospheric interference.

It is a form of optical aberration.

The predominant optical aberration of the eye in keratoconus is the so-called coma.

Defocus is the lowest order true optical aberration.

Simple lenses could not focus an image over a large flat film plane (Field curvature) and suffered from other optical aberrations.

In 1950 he created aerial 90 viewing-angle lens Aviogon, which was free from optical aberrations.

The advantage of this design its ability to compensate for chromatic dispersion and other optical aberrations.

The optical quality of the eye is limited by optical aberrations, diffraction and scatter.

It can also correct optical aberration.

Geometric optics can be used to describe the geometrical aspects of imaging, including optical aberrations.

Although reflecting telescopes produce other types of optical aberrations, it is a design that allows for very large diameter objectives.

Each surface of the lenses in the corrector creates a degree of freedom to correct optical aberrations.

In contrast to the microscope, the objective lens of the telescope was designed with a large focal length to avoid optical aberrations.

Additionally, the light is reflected off of a deformable mirror before and after exposure to the eye to diffuse optical aberrations.