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Optical aberrations in the laser mediumcan causea degraded beam quality of the laser output beam
flow conditions within the active region of the cellcausingdistortion of the laser output beam
the liquid active materialcausesdistortion of the laser output beam
by intracavity beam(passive) caused byBeam quality deterioration of lasers
intracavity beam distortions(passive) caused byBeam quality deterioration of lasers
thermal gradientsresultin higher laser beam quality
no air currentscausingdistortion of the laser beams
atmosphere(passive) caused bylaser beam shape distortion
beam heatingresultingin thermo optic distortion of the laser beam
thermal effectscausethe laser beam quality to deteriorate
Laser - induced thermal lens in optical componentscauseswavefront distortion of the laser beam
This filtercausesthe optical polarisation of the direct laser beam
Such less than optimal optical performancesometimes resultsin induced astigmatism in the laser beam
the laser power control unit(passive) was set byA low laser beam intensity
when a high - power laser beam passes through an nominally transparent optical element(passive) are typically causedThermally - induced laser - beam wavefront distortions
light rays passing through a lens at different distances from the optical centre(passive) is caused bySpherical Aberration
because spherical surfaces are not the ideal shape with which to make a lens(passive) is causedSpherical aberration Spherical aberration
the atmosphere(passive) caused bylaser beam distortion
by the atmosphere(passive) caused bylaser beam distortion
the inherent astigmatic difference in each visible laser diode(passive) caused bylaser beam astigmatism
by the inherent astigmatic difference in each visible laser diode(passive) caused bylaser beam astigmatism
When dn / dt is positive , the optical path length near the center becomes longercausinga distortion of laser beam
when the lens do not focus the light correctly onto a single point(passive) is causedSpherical Aberration
There are specially designed apertures in the metal - cladding , which act like individual components of a phased - array antenna transmitterresultingto low divergence laser beam
the speed with which light travels through it decreases slightlyresultsin distortion of the laser beam
opticscauseaberration of the laser beam
by turbulence(passive) caused bylaser beam distortions
by rays(passive) caused bySpherical aberration Aberration
having a large beam size and a large powerto causedesirable deflection of the laser beam
a large powerto causedesirable deflection of the laser beam
by the laser device and the high - power optical elements(passive) are caused byaberrations in the laser beam
for buyers(passive) are designedLaser beam rangefinder monoculars
liquid surfacecausesrefraction of laser beam
a meniscus lenscausesthe divergence of a laser beam
depolarization of backscattered lightoriginatingfrom a linearly polarized laser beam
to spherical aberrationscontributeto spherical aberrations
in the visual symptoms of glare , starburst , and halosresultsin the visual symptoms of glare , starburst , and halos
to fancy interference patternscan leadto fancy interference patterns
to a smaller spot size of the laserleadsto a smaller spot size of the laser
from conventional techniquesresultsfrom conventional techniques
visual distortionscausevisual distortions
problems during lower light conditions ... for example when you are driving in the darkcan causeproblems during lower light conditions ... for example when you are driving in the dark
Image plane Spherical aberrationcausesImage plane Spherical aberration
The sensor(passive) is composedThe sensor
decrease visioncausedecrease vision
the image to appear hazy or blurred and slightly out of focuscausesthe image to appear hazy or blurred and slightly out of focus
image blurcausesimage blur
in precise measurement results even in poor conditionsresultingin precise measurement results even in poor conditions
in precise measurement resultsresultingin precise measurement results
in overheating of the materialcan resultin overheating of the material
permanent eye damagecan also causepermanent eye damage
in a highly elliptical output beamresultsin a highly elliptical output beam
in overheating of the material in a broader physical spacecan resultin overheating of the material in a broader physical space
beams parallel tocausesbeams parallel to
of two or more optical elementsis composedof two or more optical elements
an increase in the temperature of the light sourcecausesan increase in the temperature of the light source
on its 0 to 3 softness dialseton its 0 to 3 softness dial
in a minimal heat - affected zoneresultingin a minimal heat - affected zone
optical damage(passive) caused byoptical damage
considerably to higher - order wavefront errors and ... depending upon lens powercontributesconsiderably to higher - order wavefront errors and ... depending upon lens power
heating of the glass through increased absorptioncausesheating of the glass through increased absorption
interference fringes(passive) caused byinterference fringes
for specific laser wavelengthsare designedfor specific laser wavelengths
to a light shift potentialleadingto a light shift potential
for specific laser wavelengths to broadband hot and cold mirrors for splitting visible and infrared lightdesignedfor specific laser wavelengths to broadband hot and cold mirrors for splitting visible and infrared light