Sentence examples for performance of a thin from inspiring English sources
The use of the cavity at reduced scale concept is demonstrated by evaluating the thermal performance of a thin phase change material (PCM) layer and its allocation inside the wall.
These results demonstrate the effectiveness of combining the broadband plasmonic scattering of two metals in enhancing the overall photovoltaic performance of a thin silicon solar cell.
The second, more recent patent, also describes a way to extend the camera performance of a thin "multifunctional" portable electronics device (which, once again, in the patent drawings resembles an iPhone) via optical hardware add-ons — but this time utilising magnets as the mechanism for attaching and detaching additional speciality lenses.
To study the effects of the mesoporous ZnO pattern on the performance of a-Si H thin-film sola-Si Hls, 250-nm-thick single-juncthin-film p-i-n layers were deposited onto the prepared elecellse by plasma-enhanced chemical vapor deposition (PECVD) (Figure 1g).
Performances of a thin GDC barrier layer (below 500 nm) sputter deposited on half cells are evaluated.
They studied the mechanical performance of a thick and thin external filter cake, on a narrow and wide fracture opening, respectively.
IBM researchers have greatly increased the performance of a novel thin film solar cell.
These predictions suggest that practically achievable vegetation belts can compete to the noise reducing performance of a classical thin noise barrier (on grassland) with a height of 1 1.5 m (in a non-refracting atmosphere).
We fabricated three types of substrates which consisted of flat mesoporous ZnO, mesoporous ZnO pattern, and wet-etched AZO, and performances of a-Si H thin-film sola-Si Hls on three types of substrates were compared to that on flat AZO (reference solar cells.
This paper numerically investigates the structural response and crashworthiness performance of a hexagonal thin-walled grooved tube subjected to axial and oblique impact loading conditions.
The performance of a flexible, thin-film, zinc-air battery can be improved significantly if using a sodium silicate as a novel inorganic binder pigment for the anode components.
