intensity distribution of an elliptical beam

This page is optimized for large screens. Zooming may cause some display problems.

real intensity distribution during propagation

beam propagation

elliptical beam beam shaping with a curved refracting surface beam shaping with a cylindrical lens beam shaping with a real lens beam shaping with a real lens interfacing different media beam shaping with a spherical mirror beam shaping with an afocal system beam shaping with two cylindrical lenses beam shaping with two lenses characteristic parameters real intensity distribution during propagation shaping with a refractive optical systemelliptical beam - vertical and horizontal waists at different positions beam shaping with a cylindrical lens beam shaping with a single lensgaussian beam beam shaping with a cylindrical lens beam shaping with a lens interfacing different media beam shaping with a real lens beam shaping with a refracting surface beam shaping with a refractive optical system beam shaping with a spherical mirror beam shaping with an afocal system beam shaping with two thin lenses characteristic parameters depth of focus transmission through a circular apertureoptical system for adapting two beams afocal system adapting two gaussian beams anamorphosing of an elliptical beam paraxial system adapting two gaussian beams paraxial system adapting two gaussian beams-waists in the focal planes

.../ beam propagation / elliptical beam / real intensity distribution during propagation

INPUT	VALUE	UNIT	VARIABLE	MIN	MAX	STEPS
wox
woy
lam
M2x
M2y
x
y
z
P

OUTPUT	VALUE	UNIT
Imax	to be calculated
Ixy	to be calculated