Gaussian optics

Gaussian optics

[¦gau̇·sē·ən ′äp·tiks]
(optics)
An approximation which describes rays which are very close to the axis of an optical system and are nearly parallel to this axis, so that only the linear terms of Taylor series for the distance of a point from the axis or the angle which a ray makes with the axis need be considered. Also known as first-order theory.
References in periodicals archive ?
For the second edition, he has changed the sign convention for Gaussian optics to the Cartesian sign convention, as used in advanced books, and made other changes.
In a confocal Gaussian optics system, the separation between the mirrors is 2f, where f is the focal length of the element.
A photograph of the Gaussian optics multiplexer (GOMUX) is shown in Figure 1.
This is one of the key motivations for the use of Gaussian beams and Gaussian optics in quasi-optical systems, since with this simplification, quasi-optical system design is greatly facilitated, while retaining good accuracy if a few basic design rules are satisfied.
Hic technologies research has focused on Gaussian optics, quasi-optical system design and imaging systems.

Full browser ?