The phrase "account reflections" is correct and usable in written English.
It can be used when discussing thoughts or insights related to an account, such as a financial account or a personal experience.
Example: "After reviewing my monthly expenses, I took some time for account reflections to understand my spending habits better."
Alternatives: "financial insights" or "account insights".
Its parameters are calculated based on the Friis free-space path loss equation and the Fresnel equation to take into account reflection and rough surface scattering factor F. Note that the horizontally and vertically polarized components of the transmitted signal will be differently reflected and, thus, the channel matrix should have different diagonal elements.
One can add a reflecting barrier at 0 to account for reflections of the Brownian particle off the bottom of its container.
In Fig. 6, transmission of the ITO layer (dotted line 3, without oscillation) is calculated as T = (1 − R23)2 (R23 is the reflection coefficient at the ITO SiO2 interface), i.e. without taking into account multiple reflections.
Curves Ahv(d) and Ahv(2d) are without and with taking into account 100%% reflections from the back surface, respectively.
The raison d'être of the review, consequently, lies in the personal account and reflections weaved into the fabric of current developments of the two areas.
The insights gained from this study should suggest if there are advantages in developing a hybrid TMO to account for reflections and minimize any negative impact on the viewing experience.
Since the coefficient of reflection from the glass surface R12 is small (~4 %), to find αglass the formula which does not take into account multiple reflections from the surfaces of the plate can be used [36]: alpha_{text{glass}} = frac{1}{{d_{text{glass}} }}ln left[ {frac{{(1 - R_{12} )^{2} }}{T lambda )}} right], (11 where dglass is the glass thickness.
where B 1 = B hc m − 1 × d 2.303 Open image in new window and B2 is a constant which take into account the reflection.
The model takes full account of reflection, refraction, and diffraction phenomena, due to strongly varying, 3D bottom topography and ambient currents, as well as dissipation of wave energy due to bottom friction and wave breaking.
Figure 15 shows the reduction of Jsc on the CdTe layer thickness due to a decrease in Ahv taking into account the reflection from the back surface (labeled as "Optical losses").
