Loading ...
all localized refraction and reflection conditions and by localized blockages(passive) caused bydiffraction waves
it difficultto causediffraction at any wavelength
the primary pattern of the reticle 5(passive) caused bydiffraction ( diffracted light
feature dimensions 205 that are too smallto causediffraction of visible light
the compensation crystalscausingwavelength - dependent diffraction
lens quality NA(passive) is influenced bydiffraction Diffraction
2B , a plurality of micro - steps are madeto causediffraction of red light wavelength
thus a deviation in the angle of incidence of incident light tendsto causea deviation in diffraction wavelength
their internal structurecausingdiffraction of visible light
The 185 nmcreatesnanometers ) wavelength
at 800 to 2,000 nmsetat 800 to 2,000 nm
from controlled bend loss induced light leakageresultingfrom controlled bend loss induced light leakage
in different angles for different colorsresultingin different angles for different colors
the diffracted radiation(passive) caused bythe diffracted radiation
11 Airy Pattern An Airy pattern(passive) is created by11 Airy Pattern An Airy pattern
ripples at edgesto causeripples at edges
vivid coronae , iridescence and glories around the Sun or the Mooncausesvivid coronae , iridescence and glories around the Sun or the Moon
in an optical readout of the presence and concentration of analytesresultsin an optical readout of the presence and concentration of analytes
in a fire effect that is much stronger than the natural fire of a diamondcan resultin a fire effect that is much stronger than the natural fire of a diamond
changes in wave characteristics(passive) caused bychanges in wave characteristics