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the particles in the metering zone ( 7(passive) caused byoptical dispersion
The amount of refraction depends on the wavelengthcausingoptical dispersion
the changes of the index of refraction with wavelength in the vicinity of an atomic absorption line(passive) is caused byOptical dispersion
transmissive optics(passive) caused byoptical dispersion
the wave front smearscausingoptical dispersion
particles in the flow cell(passive) caused byoptical dispersion
the half wave plate(passive) caused byoptical dispersion
the optical fibers ( the spatial distortion of an optical signal(passive) caused byoptical dispersion
optical elements in the OCT system and the sample itself(passive) can be caused byoptical dispersion
wedge - shaped optical components(passive) caused byoptical dispersion
orderto preventoptical dispersion
dispersion ... a phenomenoncausesthe ... Dispersion ( optics
A polymer made of this oligophosphazene compound exhibits ... less likelyto causeoptical dispersion
smudges and dust(passive) caused byoptical dispersion
molecular transitions(passive) caused byoptical dispersion
light to spread out and the information it carries to degrade over long distancescauseslight to spread out and the information it carries to degrade over long distances
in different phase velocities for light of different frequenciesresultsin different phase velocities for light of different frequencies
undesirable wavelength dependent focal shift , called chromatic aberrationcausesundesirable wavelength dependent focal shift , called chromatic aberration
chromatic aberrations ((passive) caused bychromatic aberrations (
the spatial separation of a light pulsecausesthe spatial separation of a light pulse
in different phase velocities for ... URLresultsin different phase velocities for ... URL
to frequency blurring and data lossleadsto frequency blurring and data loss
beam separation(passive) caused bybeam separation
e.g. those(passive) caused bye.g. those
white LED sources(passive) caused bywhite LED sources
from the concave upper surface of the at leastone color filter regionresultingfrom the concave upper surface of the at leastone color filter region
from the concave upper surface of the at least one color filter regionresultingfrom the concave upper surface of the at least one color filter region
from the concave upper surface of the atleast one color filter regionresultingfrom the concave upper surface of the atleast one color filter region
interest(passive) caused byinterest
from phase and amplitude errors in arrayed - waveguide grating multiplexers – demultiplexers Hiroaki Yamada , Katsunari Okamoto , Akimasa Kaneko , Akio Sugita Optics Lettersresultingfrom phase and amplitude errors in arrayed - waveguide grating multiplexers – demultiplexers Hiroaki Yamada , Katsunari Okamoto , Akimasa Kaneko , Akio Sugita Optics Letters
from laser aging and changes in laser temperatureresultingfrom laser aging and changes in laser temperature