"polarized reflection" is correct and usable in written English.
It is an optical phenomenon, referring to the direction of light reflected from a surface. For example, "The polarized reflection of light caused the blue color to stand out the most."
The results show (i) that polarized reflection i.r.r
Molecular orientation in the membranes was determined using polarized reflection i.r.r
Room temperature absorption coefficients of MAPbI3 and MAPbI3 Cl films were evaluated by several groups using UV Vis absorbance data combining with the effect of reflection, spectroscopic ellipsometry considering polarized reflection and photothermal deflection spectroscopy [8 17], which was summarized by Green et al. [18].
So the researchers, whose work is published in Biology Letters, conducted experiments using a mirror on the ground, which produces similar linearly polarized reflections.
Circularly polarized reflections from a few animal species have also been known for some time [5, 6].
Our polarimetric imaging of flowers indicates that petals produce polarized reflections due to their surface cellular organization and that these patterns are presented in such a way as to be available to pollinators approaching flowers from the below.
We are not aware of any behavioral observations of crickets that could substantiate this argument, but migrating desert locusts have been shown to avoid flying over surfaces with strongly polarized reflections [ 90].
Essentially, these coefficients include eight distinct terms, corresponding to the co-polarized and cross-polarized reflection and transmission coefficients for the two orthogonal eigenpolarizations of a linearly-polarized incident plane wave.
The light from a point source (like the sun) tends to be more polarized by reflections.
A gray reflection color and an uneven surface were found for bauxite while a dim gray yellow or no interference color was found when using cross-polarized reflected light.
As shown by polarized multiple internal reflection infrared spectroscopy experiments and density functional theory calculations, PDI adsorbates form a single C-dative bonding configuration through one of the isocyanide functionalities, retaining one unreacted isocyanide moiety per adsorbate.
