Sentence examples for showed reflection from inspiring English sources

In a comparison of the best microwave absorption performances obtained for the composites of the different MWCNT materials (Figure 8), it was observed that the epoxy composites showed reflection loss peaks at similar frequency ranges, i.e. a peak at 8.5-9 and the other at 10 10.5 GHz., but with significantly different reflection loss values.

It should be emphasized that with a thickness of only 3 mm and low CNT contents, i.e. 2 wt% for Baytubes C150P and 0.25 wt% for Nanocyl NC7000, these composites showed reflection loss values much better than other pristine CNT/polymer composites with similar or lower thicknesses and CNT loadings below 4 wt% reported in the literature.

The multilayer showed reflections of (101), (110), (002), (200), (103), and (310), and all these reflections correspond to the tetragonal phase of ZrO2.

43/100 were thin crystals that showed reflections in the 2 4 Å range, with the best crystal in this set yielding data to ∼1.7 Å resolution.

The respective diffraction patterns showed reflections of ThB4O8 or UB4O8, unreacted ThO2 or UO2.12 (denoted with lines in Figure 1), and, in both cases, a still-unknown phase (denoted with circles in Figure 1).

Diffraction patterns from untilted crystals showed reflections beyond 1.9 Å (Supplementary Figure S1), but the resolution was more limited in diffraction patterns of highly tilted crystals (Supplementary Figure S2).

In Sullivan's words, he "shows no remorse" or "reflection" — but he did show reflection, reflection about the soundness of the system of justice.

However, the strong absorptions around 1,000 cm-1 due to Si-O stretching of silicates show reflection artifacts.

Figure 5b shows reflection of the feather-like ZnO/Si and planar Si measured by UV-vis-NIR spectroscopy.

Figure 9 shows reflection loss curves of R-GO/SF/PANI nanocomposites with different components at matching thickness of 3 mm.

Figure 7a shows reflection spectrum of the mirror surface, as well as the reflection spectrum of NHA with metallic and dielectric layers calculated with the use of the finite difference time domain (FDTD) approach.