The phrase "absorber layer on the" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or technology, particularly when discussing layers in devices like solar panels or sensors.
Example: "The efficiency of the solar cell is significantly improved by the addition of an absorber layer on the top surface."
Alternatives: "absorption layer on the" or "layer for absorption on the".
Figure 4a shows the mesoscopic structure of the solar cell device with the colour change in different absorber layers on the right panel.
Figure 4 Surface morphologies of the RTA-treated CIS absorber layers on the Mo/Glass substrates (a) at 450°C and (b) at 500°C for 10 min.
Figure 4 shows the surface morphology of the CIS absorber layers on the Mo/Glass substrates, RTA was carried out at different temperatures for 10 min in a selenization furnace and without extra Se addition.
Two-dimensional device modelling for hydrogenated amorphous silicon p+ n n+ solar cell has been carried out by using MEDICI™ device simulator and the influence of absorber layer thickness, doping concentration, and dangling bond density of states in absorber layer on photo parameters are investigated.
The measurements are based on observation of the life time of muons stopped in the absorber layers of the detector.
One of the common methods for improving the performance of CIGS solar cells uses soda-lime glass (SLG) substrates, in which the amount of Na incorporated into the CIGS absorber layer is on the order of 0.1 at.% [4, 5].
Wuerz et al. used the co-evaporation process to fabricate the highly efficient CIS absorber layers on different substrates [5] and Hsu et al. used the sputtering and selenization processes to deposit the CIGS absorber layers [6].
Two-stage processes involving the selenisation of metallic precursor layers are among the most promising techniques for the formation of chalcopyrite-based solar cell absorber layers on a commercial scale.
Open image in new window Fig. 4 a Perovskite solar cell device architecture with different absorber layer colour on the right panel.
