Loading ...
the electrons ... some surface roughnesscausedscattering
the surface roughness s of the PPI(passive) caused byscattering
very small particles , such as the molecules in the atmosphere(passive) caused byScattering
8 - 22 Placement of litter in receptaclesto preventscattering
to use a diffuserto preventscattering
particles which are larger than the wavelength of the light(passive) caused byscattering
molecules and small particlescausingscattering
molecules or particles in the atmosphere(passive) caused byscattering
steering lightto preventscattering
Light from the edgeswill causescattering
random phase errors from surface roughness(passive) caused byscattering
particles present in the imaging medium some of the light from an(passive) caused byscattering
mainly ... surface roughness at an irradiation angle set to be smaller than the total - reflection critical angle(passive) caused ... byscattering
Particles in solution are too small relative to the wavelength of the lightto causescattering
low spatial frequency surface roughness of the mirrors(passive) caused byscattering
small and large particles(passive) is caused byScattering
different sized particles when subject to the same wavelength of light(passive) caused byScattering
E. Placement of litter in receptaclesto preventscattering
B. Placement of litter in receptaclesto preventscattering
aerosols and dust particles(passive) caused byscattering
undesirable dust particles(passive) caused byscattering
The strength of scattering ... the particlescausescattering
small objects(passive) caused byscattering
self collision of the carriers(passive) caused byscattering
This light ... the illumination pathmay causescattering
the respective other angle light(passive) caused byscattering
the light - emitting material(passive) caused byscattering
the interaction between light and matter(passive) caused byscattering
light from the laser ... the microspherescausesscattering
the light conductive platecausesscattering
to absorb the incoming lightto preventscattering
the presence of fine particles(passive) caused byscattering
surface of particles(passive) caused byScattering
particles in the atmosphere reflecting the energy(passive) is caused byScattering
when cleaning larger particlesto preventscattering
that the electrons collide with each othercausing" scattering
the biological tissue(passive) caused byscattering
surface defectscan causescattering
when light bounces off molecules in the glass(passive) is causedScattering
particles of dust or defects(passive) caused byscattering
the fractional energy loss(passive) caused bythe fractional energy loss
the excitation signal loss(passive) caused bythe excitation signal loss
loss of contrastcausesloss of contrast
optical noise and wavefront aberration(passive) created byoptical noise and wavefront aberration
the beam broadening(passive) caused bythe beam broadening
the light attenuation variation(passive) caused bythe light attenuation variation
signal loss in an optical fibercan causesignal loss in an optical fiber
Most light loss in a modern fiber(passive) is caused byMost light loss in a modern fiber
the polarization of lightinfluencesthe polarization of light
the polarization changes(passive) caused bythe polarization changes
a medium having negligible electrical resistivity(passive) caused bya medium having negligible electrical resistivity
attenuation of signalcausesattenuation of signal
coda and apparent attenuation(passive) caused bycoda and apparent attenuation
attenuation of the light intensityalso causesattenuation of the light intensity
contrast and resolution(passive) caused bycontrast and resolution
partial polarizationalso causespartial polarization
several problemscausesseveral problems
decoherence problems(passive) caused bydecoherence problems
the optical propagation loss(passive) caused bythe optical propagation loss
the dispersion of light energy in all directions ... and one of the directions is the backward direction in this case the scattering is called " backscatteringcausesthe dispersion of light energy in all directions ... and one of the directions is the backward direction in this case the scattering is called " backscattering
loss of coherence(passive) caused byloss of coherence
nonsaturable loss(passive) caused bynonsaturable loss
power losscausespower loss
in transmission lossthus resultingin transmission loss
the capacity loss againwill causethe capacity loss again
attenuation in fibres(passive) is usually caused byattenuation in fibres
highest attenuationcauseshighest attenuation
the sound attenuation(passive) caused bythe sound attenuation
to attenuation of fluorescenceleadingto attenuation of fluorescence
pulse attenuation and broadening(passive) caused bypulse attenuation and broadening
to attenuation of light energyleadsto attenuation of light energy
significant dispersion and loss ( not absorption ) of energycan causesignificant dispersion and loss ( not absorption ) of energy
attenuation of a light beam similar to absorptioncausesattenuation of a light beam similar to absorption
to energy loss , a reduction in the efficiency of your optical system , and even false signals in applications using imaging sensors or other detectorscan leadto energy loss , a reduction in the efficiency of your optical system , and even false signals in applications using imaging sensors or other detectors
the error(passive) caused bythe error
the blurring of lightcausesthe blurring of light
from the distribution of small , closed cells or voids in the fiberresultingfrom the distribution of small , closed cells or voids in the fiber
to facilitate scattering in a special location I am truly sorry for your lossspecially designedto facilitate scattering in a special location I am truly sorry for your loss
polarization mixing in the patterncausespolarization mixing in the pattern
the different polarization states(passive) created bythe different polarization states