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other factorsmay ... influencethe optical properties of water
optical switches or tunable filterscan ... influencethe optical properties of light
scattering processes(passive) are significantly influenced byThe optical properties of porous media
The accuracy of the algorithms for the assessment of the clay concentration may suffer significantly from the presence of other substances like Algal chlorophyll or dissolved organic matterhighly influencingthe optical properties of the water
The optical phonon modes ( as opposed to the acoustic modegreatly influencethe optical properties of a material
by this defect(passive) probably caused byDeterioration in optical properties
also(passive) are ... influencedOptical properties of materials
An extension to the flash - off timecausesdeterioration in the optical properties
electric and magnetic fieldscan influencethe optical properties of materials
OPT - PROPto setoptical properties of materials
modulates the effective length of the chromophoreresultingin interesting optical properties
Particle size and shapegreatly influencethe optical properties of nanoparticles
Jean - Baptiste Biotdiscoveredthe optical properties of micas in 1816
this effectoriginatesin the optical properties of the nanoparticles
the name ... the French physicist Jean - Baptiste Biotdiscoveredoptical properties of micas in 1816
the name ... the French physicist Jean - Baptiste Biotdiscoveredthe optical properties of micas in 1816
thicknesscausesunevenness in the optical properties
a chloride process pigmentdesignedfor outstanding optical properties
due to(passive) to be causeda fluctuation of optical properties
The striking optical properties of the unknownsetThe striking optical properties
scattering at surface structures or by internal scattering at particles like e.g. voids , crystallites or poorly dispersed particles(passive) can be caused byDiminished optical properties
other experimentsdesignedto characterize its optical properties
protein environmentinfluencesbilin optical properties
by the lattice changes of the material(passive) caused bythe optical properties
surface plasmon resonance(passive) influenced byoptical properties
Optical films ... if it is possibleto influencethe optical properties
the French physicist Jean - Baptiste Biotdiscoveredthe optical properties of micas
by the interaction between this light and different molecules in the solution(passive) caused byoptical properties
the effectscausedin the optical properties
these changesinfluencethe optical properties
particles other than phytoplankton(passive) are mainly influenced byThe optical properties
by the environment(passive) caused byoptical properties
Processing parametersinfluencing optical properties
currentinfluencedon optical properties
by thermal state and electrical conditions(passive) caused byoptical properties
thermal state and electrical conditions(passive) caused byoptical properties
by variability in film thickness(passive) caused byoptical properties
the diameterinfluencesthe optical properties
also(passive) may ... be influencedoptical properties
shownto critically influenceoptical properties
light to be scattered and absorbed by particles and molecules rather than transmitted in straight lines through a water samplecauseslight to be scattered and absorbed by particles and molecules rather than transmitted in straight lines through a water sample
light to be scattered and absorbed rather than transmitted in straight lines through the samplecauseslight to be scattered and absorbed rather than transmitted in straight lines through the sample
light to be scattered and absorbed rather than transmitted in straight lines through the samplecauseslight to be scattered and absorbed rather than transmitted in straight lines through the sample
light to be scattered and absorbed - rather than transmitted in straight lines through a samplecauseslight to be scattered and absorbed - rather than transmitted in straight lines through a sample
light to be scattered and absorbed rather thancauseslight to be scattered and absorbed rather than
light to be scattered and absorbed rather than transmitted in straight lines through the sample " ( Standard Methods , 1995causeslight to be scattered and absorbed rather than transmitted in straight lines through the sample " ( Standard Methods , 1995
light to be scattered and absorbed rather than transmitted in straight lines through a sample " ( Standard Methods , 1995causeslight to be scattered and absorbed rather than transmitted in straight lines through a sample " ( Standard Methods , 1995
light to be scattered and absorbedcauseslight to be scattered and absorbed
light to be scattered or absorbed by a particle rather than transmittedcauseslight to be scattered or absorbed by a particle rather than transmitted
light to be scattered rather than transmitted through itcauseslight to be scattered rather than transmitted through it
when light passing through a liquid sample is scatteredresultswhen light passing through a liquid sample is scattered
light to be scattered and absorbed rather than transmitted in straight lines through the sample ( APHA 1980causeslight to be scattered and absorbed rather than transmitted in straight lines through the sample ( APHA 1980
to different wavelength of light being absorbed to different degreesalso leadto different wavelength of light being absorbed to different degrees
to different wavelengths of light being absorbed to different degreesalso leadto different wavelengths of light being absorbed to different degrees
light to be scattered rather than transmitted through itcauseslight to be scattered rather than transmitted through it
alsoleadalso
to discoloration , surface cracking , and rustleadingto discoloration , surface cracking , and rust
the incident beam to diffuse and scatter in a multiplicity of directionsmay causethe incident beam to diffuse and scatter in a multiplicity of directions
from full - strain relaxation and uniform chemical composition profilesresultfrom full - strain relaxation and uniform chemical composition profiles
The spectra(passive) are also influenced byThe spectra
in various morphologiesresultsin various morphologies
light to be scattered and absorbed rather than transmitted in a straight line through the watercauselight to be scattered and absorbed rather than transmitted in a straight line through the water
Such stars(passive) caused bySuch stars
light to be scatteredcauselight to be scattered
light to be scattered or passed through a liquid samplecauselight to be scattered or passed through a liquid sample
from this structureresultingfrom this structure
from their collective behavior , which results in resonances with narrow line widths and enhanced electric fields extending far into the surrounding mediumoriginatingfrom their collective behavior , which results in resonances with narrow line widths and enhanced electric fields extending far into the surrounding medium
to formation of a senile cataractleadingto formation of a senile cataract
new standards on which all others can be judged and based on what we have seen in comparison with their rival this might be trueare settingnew standards on which all others can be judged and based on what we have seen in comparison with their rival this might be true
in an increased sensitivity for photoacoustic detectionresultingin an increased sensitivity for photoacoustic detection
reflection and scattering of lightcausereflection and scattering of light
scattering of lightcausescattering of light
from a combination of structural properties related to the shape and dimensions of the subwavelength structure and optical properties ( usually index and absorption spectrum ) of the materialsresultfrom a combination of structural properties related to the shape and dimensions of the subwavelength structure and optical properties ( usually index and absorption spectrum ) of the materials
light to be scattered and absorbed rather than transmitted in a straight linecauselight to be scattered and absorbed rather than transmitted in a straight line
these tracers to blink when rotatingcausethese tracers to blink when rotating
to novel electronic and optoelectronic applicationscould leadto novel electronic and optoelectronic applications
light to be scattered and/or absorbed rather than transmitted directly through the medium of interestcauselight to be scattered and/or absorbed rather than transmitted directly through the medium of interest
to in - focuscontributeto in - focus
from the applicationresultingfrom the application
in such a pattern of absorbed energywould resultin such a pattern of absorbed energy