Various operating conditions were considered to obtain reliable results.
Here, two types of reflections, external and internal are considered to obtain the photonic band gap.
Higher order terms in the Wild sum expansion are considered to obtain higher order collisions.
Light refraction effects within embedded particles were considered to obtain highest accuracy.
The continuous 3D surfaces obtained due to reconstruction algorithms for a 3D face is considered to obtain a numerical estimate.
Test geometry with different notch lengths was considered to obtain a standard specimen configuration without any unexpected failure.
Process, economic, operational, maintenance, safety, and construction aspects of design must be considered to obtain a good plot layout.
In addition, the parameters of polarizers are specially considered to obtain the required polarizations at the two different frequencies.
Geometrical parameters, such as bottom diameter, height, and semi-apical angle were considered to obtain the design space.
Controllability indexes such as disturbance sensitivity gains, the H∞ norm, and the ISE were considered to obtain optimum disturbance rejection.
