Sentence examples for color reflections from inspiring English sources

Shiny gray film inside the boxes bounces light to break up the zig in distorted color reflections.

"Abstract Picture," dated 1992, can be seen as purely abstract or as a rendition of color reflections sent back at night by a glass pane on which rainwater is streaming down.

Structural color reflections from graphene oxide (GO) dispersions in binary mixtures of deionized water and organic solvents were obtained, and they were investigated at varying GO concentrations using three organic solvents: 1,4-dioxane, N-methyl-2-pyrrolidone (NMP), and dimethylformamide (DMF).

Electrical switching of the structural color reflection was also demonstrated.

This phenomenon can be caused by several factors, including physical misalignments, luminance, color, reflection, hyperconvergence, hyperdivergence, and ghosting [19].

The pSi particles (k = 2.45) with infiltration loading of rapamycin demonstrated progressively more violet color reflection which was negatively associated with the rapamycin released into the vitreous (r = −0.4, p < 0.001, pairwise).

Note that color reflection was observed exclusively in the left circular polarisation channel.

This definition makes sense because large quantities of color indicate obvious color reflection, and corresponding to the degree of pathological changes of five internal viscera.

Transition from the scattering state that exists at zero field, to the heliconical state with saturated (90% of the maximum reflection) red color reflection (1.1 V μm−1) takes much longer time, about 2 min. The reasons are that this transformation implies complete restructuring through dynamics of multiple defects.

For the heliconical state with red color reflection, we measured Ireflect/ I in = 0.41 and Ireflect/ I in = 0.564, which implies that the coefficient of reflection caused exclusively by the periodic heliconical structure is R hc = 0.35 (or 35%) and that the losses due to the light scattering are not significant, about 2.6%.

The appearance of the fruit is the result of selective color reflection from a cellulose-based helicoidal structure in the epicarp cell wall.[ 2] Each cell reflects circularly-polarised light of specific handedness and color[ 22, 23] giving rise to its pointillistic appearance.