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atmosphere of earth(passive) caused byRayleigh scattering
entrained aerosols ( resulting in Mie scattering ) or the air molecules themselvesresultingin Rayleigh scattering
impact of radiation with air molecules smaller than λ / πcausesscattering ( Rayleigh scattering
particles , such as air molecules , whose particle diameters are smaller than the wavelength of light(passive) is caused byRayleigh scattering
dopant atoms(passive) caused byRayleigh scattering
a dopant such as germanium(passive) caused byRayleigh scattering
The Blue sky is caused by the distance between air molecules in the upper atmosphere being the right scaleto causeRayleigh scattering
small molecules in the air and scatters(passive) is caused byRayleigh Scattering
PM2.5 ... many small particlescauseRayleigh scattering of light
collagen fibrils present in the papillary dermis(passive) caused byRayleigh scattering
collagen fibrils found in the papillary dermis(passive) caused byRayleigh scattering
the polarizability of oxygen and nitrogen molecules(passive) caused byRayleigh scattering
a dopant doped into the core(passive) caused bythe Rayleigh scattering
small molecules in the atmosphere(passive) caused byRayleigh Scattering
particles in the atmosphere ( up to 8 km(passive) is caused byRayleigh scattering
molecules in the atmosphere rayleigh scattering(passive) is caused byrayleigh scattering
the ultrafine particlecausingRayleigh scattering
visible light energy bouncing off the particles in the atmosphere(passive) caused byRayleigh scattering
density fluctuations frozen into the glass of the fibre(passive) caused byRayleigh scattering
when the reflectivity is relatively lowis ... contributedfrom Rayleigh scattering
refractive index inhomogeneities in the fiber that are small compared to the wavelength(passive) is caused byRayleigh scattering
spherical particles whose diameter is much smaller than the wavelength of scattered radiation(passive) Caused byRayleigh scattering
Lunar Eclipse Red Mooncan causeRayleigh scattering
particulates , composition and density fluctuations that are less than the wavelength of lightwill causeRayleigh scattering
statistical density fluctuations , and phonon ( bond vibrational ) absorption(passive) caused byRayleigh scattering
the interaction of light with tiny particles that are much smaller than the wavelengths of light impinging on them(passive) is caused byRayleigh scattering
the dust in the Earth 's atmosphere(passive) caused byRayleigh scattering
The Martian atmosphere , while much thinner than Earth ’sstill causesRayleigh Scattering
the molecules that make up the Earth 's atmosphere(passive) caused byRayleigh scattering
the sky on an evening with a full moon ... brilliant sufficientto triggerRayleigh scattering
Second , the wavelength of ultrasound is sufficiently short to allow the beam pattern of a hand - held device to be quite directional ; the wavelength is sufficiently longto preventRayleigh scattering
the scattering of light waves by gases in the Earth ’s atmosphere(passive) is caused byRayleigh scattering
density fluctuations in silica that lead to random fluctuations of the refractive index on a scale smaller than the optical wavelength(passive) is caused byRayleigh scattering
the blue hue of the daytime sky and the reddening of the sun at sunset(passive) is causedRayleigh scattering
individual gas molecules(passive) Caused byRayleigh scattering
an air densitycausingRayleigh scattering
fluctuations in reflective index due to random variations in density of fused quartz glass created in a production process of an optical fiber(passive) caused byRayleigh scattering
airborne particlesresultingfrom Rayleigh scattering
localized scatterers such as cracks or inclusions but also the statistical fluctuations in the index of refractionresultin Rayleigh scattering
inhomogeneities in the transmission medium of the fibre , which inhomogeneities will normally be in the core of the fibre(passive) caused byRayleigh scattering
light loss(passive) caused bylight loss
a smaller transmission loss(passive) caused bya smaller transmission loss
a small loss(passive) caused bya small loss
the increase of loss(passive) caused bythe increase of loss
the lower limit for propagation losssetsthe lower limit for propagation loss
the daytime sky to be bluecausesthe daytime sky to be blue
the sky to be blue , Wikicausesthe sky to be blue , Wiki
signal loss in a state - of - the - art SMF(passive) is ... caused bysignal loss in a state - of - the - art SMF
return light(passive) caused byreturn light
light to scatter when it passes through particles that have a diameter onecauseslight to scatter when it passes through particles that have a diameter one
light to scatter when it passes through particles that have a diameter onecauseslight to scatter when it passes through particles that have a diameter one
a reddened sky at sunset Rayleigh scattering ( named after Lord Rayleigh ( RAY - leecausinga reddened sky at sunset Rayleigh scattering ( named after Lord Rayleigh ( RAY - lee
the size effect(passive) caused bythe size effect
a decrease in light transmittance of the nanoparticle - resin composite material and a loss of light(passive) are caused bya decrease in light transmittance of the nanoparticle - resin composite material and a loss of light
the beam of light(passive) is caused bythe beam of light
the blue hue of the daytime sky and the reddening of the sun at sunset 13causesthe blue hue of the daytime sky and the reddening of the sun at sunset 13
the sky to appear blue on cloudless dayscausesthe sky to appear blue on cloudless days
depolarization(passive) caused bydepolarization
blue color of the sky(passive) caused byblue color of the sky
the colour blue(passive) is caused bythe colour blue
blue colourcontributesblue colour
from the aircraft 's physical sizeresultingfrom the aircraft 's physical size
The limitations(passive) caused mainly byThe limitations
a lower limit on the wavelengths that can be transmitted by a glass fibre at 0.8 mm below which the scattering loss is very high loss µsetsa lower limit on the wavelengths that can be transmitted by a glass fibre at 0.8 mm below which the scattering loss is very high loss µ
The colours of the blue sky and reddish star(passive) are caused byThe colours of the blue sky and reddish star
the blue hue of the sky and the reddening at sunset Rayleigh scattering ( named after Lord Rayleighcausingthe blue hue of the sky and the reddening at sunset Rayleigh scattering ( named after Lord Rayleigh
the sky 's blue color(passive) was caused bythe sky 's blue color
the sky to appear blue and Tyndall Scattering is responsible for blue eyescausesthe sky to appear blue and Tyndall Scattering is responsible for blue eyes
the blue appearance of the skycausesthe blue appearance of the sky
only about 6 % to the total scattering at λ = 368 nmcontributesonly about 6 % to the total scattering at λ = 368 nm
the shorter wavelengths to not reach the observer [ of direct sunlight ] , allowing the longer and redder wavelengths to be observedcausesthe shorter wavelengths to not reach the observer [ of direct sunlight ] , allowing the longer and redder wavelengths to be observed
various sky colors ( 2 answerscausingvarious sky colors ( 2 answers
increased attenuation losses(passive) caused byincreased attenuation losses
This change in colour(passive) is caused byThis change in colour
the sky to appear blue due to nitrogen and oxygen scattering the blue wavelength of the sun ’s lightcausesthe sky to appear blue due to nitrogen and oxygen scattering the blue wavelength of the sun ’s light
Orange light(passive) caused byOrange light
the backscattered light(passive) mainly caused bythe backscattered light
a reddening of the lightwould causea reddening of the light
golden light(passive) caused bygolden light
the blue color of the daytime sky and the reddening of the Sun at sunsetcausesthe blue color of the daytime sky and the reddening of the Sun at sunset