Sentence examples for because the reflection from inspiring English sources

Therefore, because the reflection patterns are diffuse, they can correctly be approximated using the Lambertian reflection model.

Analytical and numerical analyses show that this goal cannot be achieved because the reflection of a specific frequency by a LCBG cannot be modeled as occurring at the position where the Bragg condition is satisfied.

It is usually difficult to raise light coupling as the incident angle exceeds the Brewster angle because the reflection increases with the incident angle for both p- and s-polarization states.

Because the reflection of j-factors is internal and mental states have to be internal, too, all j-factors of justified true beliefs could be explained with internalism.2 Externalists would deny that because they say that there are j-factors that are not entirely internal.

With this O/M/O sandwich structure, the electrical conductivity of TCFs can be significantly improved with a very thin metal film without the degradation of optical transmittance because the reflection from the metal in visible region can be suppressed by the oxide layers [16, 17].

Because the reflection brings the landmarks from the right side onto the left side and vice versa, the paired landmarks are relabelled by exchanging the labels between left and right paired landmarks of the reflected copy to make them compatible with the paired landmarks of the original configuration.

The museum was forced to install light-blocking panels inside the roof for a recent exhibition of works by Elliott Hundley because the reflections from the tower exceeded the acceptable light levels for the art.

Because the reflection-type wavelength-multiplexed holograms offer a higher and uniform selectivity over a wider range of the construction angles, the focus is on this type of fiber holograms.

This was because the reflections were broad and the standard tetragonal (t) and cubic (c) phase reflections were nearly overlapping.

This is because the reflections and transmissions of the seismic wave at the free boundaries and excavation boundary.

This frequency reduction comes obviously at a cost because the reflections, refractions, transmissions, and diffractions behave differently depending on the frequency.