Sentence examples for depth of the light from inspiring English sources

But despite of several advantages, the drawback of this method is the very small depth of the light penetration into the tissue [2].

The penetration depth of the light of ~ 520 nm is ~ 4.0 μm in this study, but it may change depending on the quantity of adsorbed N719 dye and the intensity of the light irradiation.

The main challenges rely on the properties of the light sources, their wavelength, diffusion and absorption, which influence the penetration depth of the light into tissues, as well as the resolution.

In the planar structures, the mixed-halide perovskites are preferred because the charge diffusion length of the mixed-halide perovskites can be larger than the depth of the light absorption, which is the film thickness in planar structures [18 22].

The intensity of incident light shows exponential decay in planar Si as the distance from the surface increases; the characteristic length is determined by the optical penetration depth of the light (e.g., 1.56 μm at a wavelength of 550 nm).

where e is the Coulomb constant, na is the atomic density, d is the penetration depth of the light, R = 0.3 is the reflectivity, and T = 0 is the transmission of the material which were assumed to be as for graphite [48].

In the depths of the light, he saw "the pages scattered through the universe" now bound together, by love, into a single volume.

This approach yields two lifetimes, a phase lifetime determined from the phase shift of the emission light and a modulation lifetime determined from decrease in modulation depth of the emission light relative to the excitation light [23].

Even larger nodules located deep inside the peritoneal cavity were not delineated, most likely due to the limited depth penetration of the light (Fig. 3).

Because our strategy for creating viruses containing labeled IN preserves viral infectivity up until integration, we next investigated IN IN oligomerization at the level of the viral complex inside infected cells using quasi-TIR illumination for a larger axial penetration depth of the excitation light.

Both extenders transmit light in the UV region [39, 49], which results in a deeper penetration depth of the UV light and a larger volume of paint in which radicals can be formed.