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by the diffraction pattern(passive) caused byoptical diffraction and interference
both the breakwater and an important shallow area called the Amosucas shallow(passive) caused bydiffraction and refraction effects
The lightthus causingdiffraction and interference
a phenomenoncausesdiffraction and interference
coloursresultingfrom diffraction and interference
numerous microscopic scratches in the reflecting surface(passive) caused bydiffraction and interference
The property of light ' bending ' around cornersleadsto interference and diffraction
by city structures(passive) caused bydiffraction , reflection and scattering
city structures(passive) caused bydiffraction , reflection and scattering
by obstacles(passive) caused byreflection , diffraction and scattering
when the signal goes through the human body during transmissioncausesreflection , diffraction , and scattering
surficial materials(passive) caused bydiffraction , scattering and reflection
by one or more optical elements of the optical system(passive) caused bypolarization aberrations
by high refractive index spherical lenses(passive) caused bydiffraction aberrations
has the correct relationship to the optical wavelength of the coherent beamto causediffraction and hence speckle
This dimension has the correct relationship to the optical wavelength of the coherent beamto causediffraction and hence speckle
by the environment(passive) caused bydiffraction and reflections
the environment(passive) caused bydiffraction and reflections
since they rather tendto causedivergence and polarization
X - raydoes ... causediffraction and scattering
light ... Fits of easy Reflexion and easy Transmissioncausedrefraction and diffraction
Fitscausedrefraction and diffraction
by obstacles(passive) caused bydiffraction and scattering
An atmospherecausesdiffusion and diffraction
by buildings , trees , and other obstacles(passive) caused bydiffraction , and scattering
buildings , trees , and other obstacles(passive) caused bydiffraction , and scattering
Reflexion and easy Transmissioncausingrefraction and diffraction
the radiation passing through the reticle 10 and onto a section of a silicon substrate 20(passive) caused bythe diffraction and scattering
the radiation passing through the reticle 10 and onto a section of a photoresist(passive) caused bythe diffraction and scattering
High f stop usemay causediffraction softening
Fits of easy Reflexion and easy Transmissioncausedrefraction and diffraction
imperfections in the optical surfaces(passive) caused bydiffraction fringes
by multiple scattering(passive) caused bydiffraction tomography
by the small physical size of the aperture(passive) caused bydiffraction
by small aperture to me(passive) caused bydiffraction
small aperturecausesdiffraction
by a diffraction grating(passive) caused bydiffraction
by medium features that are small compared to the wavelength of the wave(passive) is caused byDiffraction
just the light at the edge of the mirrorcausesdiffraction
by the smaller aperture at that point(passive) caused bydiffraction
from superpositionresultfrom superposition
to images with degraded contrast and resolutioncan leadto images with degraded contrast and resolution
aperture blockage losses sidelobes(passive) caused byaperture blockage losses sidelobes
the resultinfluencethe result
to beam lossesleadingto beam losses
no defects(passive) caused byno defects
to the creation of multiple frequency band gapsleadingto the creation of multiple frequency band gaps
Natural opal color(passive) is caused byNatural opal color
in irregular response characteristicsresultsin irregular response characteristics
the image of the star to be composed of a small central spot surrounded by alternating dark and light rings , which rapidly decrease in strength from the centrecausesthe image of the star to be composed of a small central spot surrounded by alternating dark and light rings , which rapidly decrease in strength from the centre
a drop in the significant wave heightcausea drop in the significant wave height
The second effect(passive) is caused byThe second effect
at edgesto causeat edges
The multiple propagation paths(passive) may be caused byThe multiple propagation paths
rainbow ringscausingrainbow rings
Iridescent clouds(passive) are caused byIridescent clouds
wave interferencecausingwave interference
soft edges(passive) caused bysoft edges
the response variations(passive) are caused bythe response variations
imperfections(passive) caused byimperfections
the waves to bend and change speedcausethe waves to bend and change speed
waves to bendcausewaves to bend
Stray light(passive) can be caused byStray light
to the propagation of radio signalscontributeto the propagation of radio signals
light to be diffracted into specific angles as contrasted to being scattered in all directionscauselight to be diffracted into specific angles as contrasted to being scattered in all directions
instrumental stray light(passive) caused byinstrumental stray light
to a superposition of wavesleadsto a superposition of waves
to a superposition of wavesleadto a superposition of waves
Blurry images(passive) are caused principally byBlurry images
noise to issue in directions in which it is shielded in the illustrationswould causenoise to issue in directions in which it is shielded in the illustrations
The dielectric loss(passive) is caused byThe dielectric loss
to improvements in the spectroscopeledto improvements in the spectroscope
images to lose sharpness at high F - numberscausesimages to lose sharpness at high F - numbers
to angiotensin II - induced inflammation and cardiac fibrosiscontributingto angiotensin II - induced inflammation and cardiac fibrosis
alsocontributealso
in smaller public opinion swings , which should make elections more predictableresultin smaller public opinion swings , which should make elections more predictable
problemswould causeproblems
loss of sharpnesscan causeloss of sharpness
flashes of any color of the rainbow ( play of lightcan causeflashes of any color of the rainbow ( play of light
a fundamental limit to the resolution of optical systemssetsa fundamental limit to the resolution of optical systems