After these iterative refinement cycles are complete, we apply the refined parameters to the reflection intensities of each still, and then merge the same reduced Miller indices (from all stills) to obtain the zero-offset still intensities, which are used for the new reference intensity set (see next section).
We recognize that the ultrasound signal intensity of articular cartilage relates to the parameters of the tissue reflection coefficient, acoustic impedance, the elastic modulus, and surface conditions.
In the proposed algorithm, the effective CFRs for an AP are obtained by first obtaining reflection-rich CFRs for contiguous subcarriers from the CSI, then obtaining parameters of the sinusoids in the reflection-rich CFRs, and finally transforming the reflection-rich CFRs to obtain the result.
The design is obtained by adjusting the geometrical parameters after analyzing the reflection response of the proposed grating structure with various fill factor f, groove depth d and period p for the normal incidence TE-polarized light based on rigorous couple-wave analysis method.
According to our analysis, the observed increase in resistivity of the Ag/Cr films is caused dominantly by increased grain boundary scattering which corresponds to an increased value of the reflection parameter R of the Ag films, ranging from 0.35 to 0.46, and by increased residual resistivity due to deposition of the Cr films, with respect to those of the base Ag films.
Numerical results show that with appropriate structure parameters, the reflection and transmission coefficients of the breakwater may be both below 0.5 at a wide range of the relative water depth.
The results show that by tuning shape parameters of the grating, we can obtain desired reflection spectra and sensitivity, which can be applied to the design of the bioinspired refractive index based gas sensor.
The piezoelectric and electrostriction parameters of the textured polycrystalline SbSI are evaluated from the reflection measurements.
Taking into account the character of the reflection splitting, crystal structure parameters of the low-temperature modification of Pr0.3Sr0.7Al0.3Ti0.3O3 at 20 and 80 K were successfully refined in space group I4/mcm.
The simulation of the above three-parameter membrane model is compared with a two-parameter membrane model and an analytical solution available in literature and the significance of the third membrane parameter, the reflection coefficient, is investigated in detail.
