For the reflection spectra calculations, the size of the periodic simulation domain was set to 1.0 × 1.0 × 14 μm3, and a broad wavelength range (400 1100 nm) of a plane wave light source was normally incident to the samples (Fig. 1a).
An amplitude evaluation for the reflection phases showed that the reflective zone has a P wave velocity as low as 3.0 km/s.
The closed-form expressions for the reflection coefficients for various reflected waves are obtained.
Hard fluorination of nanodiamonds drastically reduces the neutron absorption, thus providing an unprecedented albedo for the reflection of slow neutrons, bridging the so-called reflectivity gap in the neutron spectrum.
Or perhaps the summer evenings are a perfect time for the reflection and reveries that good art inspires.
Now we can obtain the following expression for the reflection coefficient: (16 where: and hence: (17).
No correction was made for the reflection from the surface of the sample.
In Fig. 5c and d the same plots are depicted for the reflection hologram.
The exact analytical formulas for the reflection and transmission coefficients have been derived.
Some approximate formulae are presented for the reflection coefficients of flanged and unflanged pipes.
Our proposed simulation for the reflection spectrum considering the damage agreed with the experiments.
