Based on the perturbation theory, a technique named "equivalent rectangular waveguide method" is presented for analyzing the transmission characteristics of arrayed waveguide grating (AWG) multiplexers with trapezoid core cross-sections.
Genome-wide read counts provide a natural means of CNV detection without the limitations of intensity measurements that are characteristic of array-based techniques.
In this study, we suggest a customized model describing optical phenomena at the surface of a lenticular array for autostereoscopic displays in a mathematical form and analyzed the optical characteristics of lenticular array for the first time.
The characteristics of the array is investigated in the spectral region of 8 12 μm.
The operation characteristics of PV array are also investigated at a wide range of operating conditions and physical parameters.
Figure 6 shows the curve for that and nonlinear characteristics of PV array are depicted from these.
For this purpose, a metric function that reflects the gross and fine error characteristics of the array is proposed.
The main characteristics of the array allow us also to use it as an educational and training facility.
These modes constitute a manifold of degenerate states and are robust to the geometrical characteristics of the array, to the dielectric properties of the cavities and of the host medium.
This study also investigates hydrogen sensing characteristics of an array of oxidized Pt nanowires, which enhances the response with the maximum sensitivity of ∼936%, compared to single PtOx/Pt nanowire sensor sensitivity of ∼13% for 100 ppm hydrogen.
