Sentence examples for reflection value from inspiring English sources

The total reflectance of c-Si demonstrates the well-known behavior of the wafer, the reflection value of ~30 % for the range of the strong absorption (λ < 1 μm), and for the transparency region (λ > 1 μm), the reflection value increases because of both side contributions.

Lastly, broadband optical absorption combined with a low reflection value is a significant advantage of a-Si H/SiNWs compa-Si H/SiNWsSi thin films and silicomparedaces.

In the transparency region (λ > 1 μm), the reflection value increases because of the both sides contribution in c-Si wafer.

It commonly shows low reflection value that range from 11.5 to 13.3 at wavelength 546 nm and from 11.5 to 13 at wavelength 589 nm (Ineson 1989).

Clearly, in Fig. 7b, this metasurface can realize a reflection value change from 0.009 to 98% at 1550 nm, and such a large modulation depth is far higher than previously reported plasmonic switch systems.

The increased reflection was measured due to extra coating layers of Al (100 nm) and ZnS-SiO2 (100 nm), resulting in the highest reflection at 520 nm and reflection value of almost 0.73 for the mirror surface.

The reflection values are averaged within each 2-mm interval (black dots), and its error bar represents standard error.

As we focused on the reflection spectra in Fig. 1c, obviously, the reflection curves revealed standard monolayer anti-reflection (AR) nature (i.e., reflection values first decrease, and then increase, leaving the minimum value at λ = 600 nm).

The products exhibit the minimum reflection loss of −40.9 dB at 12.0 GHz (the effective reflection values are obtained in a very wide range of 3.8 17.5 GHz) suggesting a new and high quality microwave absorbent.

The listwaenites and carbonatites have high intensity of absorptions (low reflection values) due to the occurrence of Mn-oxide in listwaenites and carbonates in carbonatites apart the influence of major carbonate minerals that occurred predominantly in these rocks.

For scenes seen as through a fisheye lens, the team recreated the sets digitally and progressively increased the environments' reflection values along with the lens effect.