Sentence examples for reflection figure from inspiring English sources

A: LOS B: LOSC: LOSD: LOSA: 1st reflectionB: 1st reflectionC: 1st reflectionD: 1st reflectionA: 5th reflectionB: 5th reflectionC: 5th reflectionD: 5th reflection Figure 9 Simulation results of surface power-delay illumination pattern for configuration E: (a) for LOS path and (b) for the fifth bounce of reflection on the wall.

The optical reflection image (Figure 2a) clearly shows the presence of the mica flake that displays distinct colors depending on the thickness, as obtained by AFM imaging and profiling (Figure 2b,d).

The selected area electron diffraction (SAED) pattern taken from the CNTs shows the presence of sharp graphitic 00.2, 00.4 reflections (Figure 3d). Figure 5 shows the diameter distribution of the as-grown CNTs obtained from TEM image (Figure 3b).

The variation in X-ray intensity as a function of azimuthal angle is also shown for the reflections at 4.7 Å and 10 Å in the ChpE diffraction pattern further illustrating the perpendicular orientation of these reflections (Figure 5I J).

Small scale velocity change within the frontal prism is not well resolved from the PSDM analysis due to the lack of internal reflections (Figures 4 and 5).

The reflection coefficient (Figure 2a) and transmittance (Figure 2b) of SiNWs are rather high in the spectral region of wave numbers below 5,000 cm−1 (λ > 2 μm).

Both the reflection coefficient (Figure 2a) and the transmittance (Figure 2b) of SiNWs decrease in the high frequency range (λ < 2 μm) due to the light scattering.

Low temperature measurements were done in a dilution refrigerator with use of additional filtering of the microwave lines, a low-noise HEMT amplifier to amplify the transmitted/reflected signal, and circulators to isolate the cavity from any noise from the amplifier and also to separate incoming and reflected signals when measuring in reflection (see Figure 1(a)).

This is facilitated through the reflection HLI.   Figure 3 The five HLIs.

The stable, optical distance between the leading edge mean reflection point (Figure 5: meanLE) and the center of mass of Ajisai is 1,023 mm, RMS = 1.7 mm.

This clearly shows that Mie resonance dominated the reflection spectra (Figure 5a) and enabled the notable antireflection effects in our NC array samples.