Sentence examples for whereas the reflection from inspiring English sources

As a whole, the transmission coefficient decreases with an increase in relative water depth, whereas the reflection coefficient, normalized run-up and force exhibit an opposite trend in their variations.

The reflection height in Taiwan is above 200 km (Table 1), whereas the reflection height for f 0 = 4.65 MHz in the Czech Republic is about 160 km (note that the Doppler signal for f 0 = 7.04 MHz in the Czech Republic reflecting above 200 km is much smaller than that for f 0 = 4.65 MHz).

The result shows that the total thickness of the absorber can be reduced below 1.4 mm by using a matching layer filled with 50 wt% BaTiO3, and an absorption layer filled with 60 wt% BaTiO3 and 20 wt% CI particles, whereas the reflection loss below −10 dB can be obtained in the frequency range of 10.8 14.8 GHz and the minimum reflection loss of −59 dB can be obtained at 12.5 GHz.

This reasoning was adapted directly for shape analyses in the context of matching symmetry [ 29], whereas the reflection and relabelling was substituted for the factor of side in analyses of object symmetry [ 31].

For the cancerous brain tissue, the reflection ratio of the tumor region was greater than 14.2%, whereas the reflection ratios for the normal brain tissues were rarely greater than 14.2%.

According to Palosz's analysis, the reflections observed at very large Q could be used to probe the properties of the grain core (such as the real lattice parameter(s) of nanocrystals), whereas the reflections observed at small Q values are sensitive to the structure of the surface of the grains.

In X-ray diffraction measurements the full width at half maximum of the (0 0 2) reflection was found to be as low as 400″, whereas the (2 0 1) reflection showed a full width at half maximum of 580″.

Each backscattering from the insulating layer provides a phase shift of π whereas the Andreev reflection within the energy gap of an s-wave superconductor contributes an additional phase shift χ eh(he) = − arccos(ε/Δ s ), where ε = E − E F and E F is the Fermi energy.

The black phase implies the rubber matrix, whereas the white dot is the reflection of ZnO particles.

The different behavior is based on an artificial shift of mass for increasing heterogeneities for the GSDE approach and the reflection principle, whereas the interpolation method suffers from the smoothing of the dispersion tensor.

The magnitude of wave reflections is influenced by the impedance mismatch between the central and peripheral arteries, whereas for any given distance to the reflection sites, the timing of arrival of wave reflections to the proximal aorta is influenced by aortic pulse wave velocity (PWV).