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the dispersion of the lens material(passive) is caused byRefractive Index Chromatic aberration ... the variation of its refractive index n with the wavelength of light
the dispersion of the lens material(passive) is caused byaberration ; ... the variation of its refractive index n with the wavelength of light
by dispersion(passive) caused bythe same pointis ... : the refractive index of the lens elements varies with the wavelength of light
by dispersion(passive) is caused bythe refractive index of the lens elements varies with the wavelength of light
by dispersion(passive) is causedthe refractive index of the lens elements varies with the wavelength of light
dispersion(passive) are caused by_ _ ... the variation of a lens 's refractive index with wavelength
density changescausechanges in refractive index and therefore wavelength
The UV absorption changecan then resultin a change in the refractive index at the illumination wavelength
The phase modulationresultsfrom the difference in refractive index for the considered wavelength
IORsetsthe Index of Refraction ( IOR
The Nd fieldsetsthe Index of Refraction ( IOR
sufficientto only setone refractive index
The presence of material dispersioncausesthe refractive index to vary with wavelength
by liquid concentration(passive) caused bythe light refractive index
liquid concentration(passive) caused bythe light refractive index
this structureinfluenceson the refractive index of light
by this method(passive) caused bythe refractive index of light
the electromagnetic processleadingto the refractive index of light
only free electronscontributedto the index of refraction
Both phenomenaoriginatefrom frequency dispersion in the refractive index
amplified spontaneous emission(passive) caused byindex of refraction
to 470 nm(passive) was setThe wavelength for the spectrophotometer
at Amax wavelength of bromophenol blue and(passive) was setWavelength of the spectrophotometer
eye(passive) to be set byThe wavelength on the spectrophotometer
by the thermo - optic effect(passive) caused byrefractive index perturbations
Such structurecausesanisotropy in the refractive index
by such variations(passive) caused byrefractive index mismatches
such variations(passive) caused byrefractive index mismatches
the LC material(passive) is caused byRefractive index chromatism
Parameters like the diameter and length of the uniform waist , the shape and length of the taper transitions , the bending of the waistcan influencethe surrounding refractive index
the injected electrons(passive) caused bythe refractive index of ZnO
by a slight variation in temperature(passive) caused bythe analyte refractive index
in a fiber made from photo - thermo - refractive ( PTR ) glass(passive) was discoveredRefractive index decrement
by the change in air density(passive) caused byrefractive index
to solve the inverse problem of refraction for reconstruction of the media physical characteristicscausinginhomogeneity of the refractive index
due to a change in wavelength(passive) is causedrefractive index
by the periodic variation in thickness and width of the waveguide core(passive) caused byrefractive index
by density gradients in the fluid and air distort(passive) caused byrefractive index
by atmospheric turbulence(passive) caused byrefractive index
by density variations(passive) caused byrefractive index
Chromatic aberration(passive) is caused byChromatic aberration
Chromatic aberrations(passive) can be caused byChromatic aberrations
a different image to be formedcausesa different image to be formed
Atmospheric dispersion(passive) is caused byAtmospheric dispersion
dispersioncausingdispersion
in dispersion of the observed lightwould resultin dispersion of the observed light
chromatic aberration(passive) is caused bychromatic aberration
in a smaller degree of separation at longer wavelengthsresultsin a smaller degree of separation at longer wavelengths
color aberrationcausescolor aberration
the chromatic aberration(passive) caused bythe chromatic aberration
in some wavelengths of lightresultingin some wavelengths of light
in some wavelengths of light being delayed more than others as they pass through the materialresultingin some wavelengths of light being delayed more than others as they pass through the material
scattering(passive) caused byscattering
the spectral content of broadband light sources to focus at different depths in the retina for light entering the eye and at the imaging detector for light exitingcausesthe spectral content of broadband light sources to focus at different depths in the retina for light entering the eye and at the imaging detector for light exiting
in the loss of optical dataresultsin the loss of optical data
optical signals with different wavelengths travel with different speedcan causeoptical signals with different wavelengths travel with different speed
an aberrationcausingan aberration
the frequency and the speed of the pulse to decreasecausingthe frequency and the speed of the pulse to decrease
Chromatic aberration(passive) is caused byChromatic aberration
to different refraction for different colors of light having different wavelengthleadsto different refraction for different colors of light having different wavelength
Material dispersion(passive) is caused byMaterial dispersion
to a change in direction of the light passing through the interfaceleadsto a change in direction of the light passing through the interface
light passing through the lenscauseslight passing through the lens
Pulse dispersion(passive) caused byPulse dispersion
to the phenomenon of dispersionleadsto the phenomenon of dispersion
the dispersion(passive) caused bythe dispersion
light passing through the lens to be focusedcauseslight passing through the lens to be focused
fluctuations in the focus and position of the object in the skycausefluctuations in the focus and position of the object in the sky
the rainbow(passive) is causedthe rainbow
material dispersion(passive) caused bymaterial dispersion
Chromatic dispersion(passive) is caused byChromatic dispersion
This effect(passive) can be caused byThis effect
subrefraction and superrefractioncan causesubrefraction and superrefraction
at 325 nmshould be setat 325 nm
in a change of the optical signalresultsin a change of the optical signal
reflective lossescan causereflective losses
the leaf to scatter much of the incoming radiationcausethe leaf to scatter much of the incoming radiation
to so - called graded - index ( GRIN ) medialeadto so - called graded - index ( GRIN ) media
in destructive interference in the light reflected from the interfacesresultsin destructive interference in the light reflected from the interfaces
light scatteringcauselight scattering