Polleninfluencesoptical properties of the atmosphere[0
to occur unevenness in thicknessresultingin unevenness of the optical properties
the crossing of two pump beams(passive) were created bymodulations of the optical properties
Internal stress in a materialmay resultin anisotropic optical properties
ableto designoptical properties at the nanoscale
a brief summary of the various mechanismsinfluencenanoparticle optical properties
variations in the composition and degree of homogeneity of incoming crystals cut from different boulescan causeirreproducible optical properties
which lacks of cubic symmetryresultingin anisotropic optical properties
light to be scattered or passed through a liquid sample ... and is largely a function of the refractive indexcauselight to be scattered or passed through a liquid sample ... and is largely a function of the refractive index
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 variation of the film ’s(passive) can be causedSuch variation of the film ’s
light to be scattered and absorbed rather than transmitted in straight lines through a fluidcauseslight to be scattered and absorbed rather than transmitted in straight lines through a fluid
the path that photons travel through the imaged tissue and therefore not only put their own signatures on the fluorescence spectrum but may also do so nonlinearly owing to the inhomogeneous nature of tissueinfluencethe path that photons travel through the imaged tissue and therefore not only put their own signatures on the fluorescence spectrum but may also do so nonlinearly owing to the inhomogeneous nature of tissue
these tracers to blink when rotatingcausethese tracers to blink when rotating
from their amorphous natureresultingfrom their amorphous nature
to a spatial modulation of the emissivity up to the wavelength scale in the infraredleadingto a spatial modulation of the emissivity up to the wavelength scale in the infrared