Sentence examples for trapping capability from inspiring English sources

A dielectric fishnet nanostructure is designed to increase the light trapping capability of ultra-thin solar cells.

In this work, thin-film amorphous silicon (a-Si H) sola-Si Hl with efficient light trapping capability wasolarstrucell on the nano-patterned back reflector.

Among the three metal Cu2O nanocrystals tested, Au Cu2O displayed the highest CO response, attributable to the largest electron trapping capability of Au which enlarged the extent of resistance change for CO detection.

In the case of crystalline ceramics (pyrolyzed at 1150 1500 °C), the presence of a nano-crystalline graphite (NC-G) phase with sp3/sp2 hybridization ratios of 0.40 1.27 further enhanced the swelling resistance of nano-SiC by increasing the defect trapping capability of the interfaces.

This reveals that the Pt nanodots have significant charge trapping capability.

The experimental result also certifies that the samples with P = 300 nm have an average absorption of 60%%, which is nearly twice that of the planar sample, showing the most outstanding light trapping capability among the three periodic structures.

In thin-film silicon solar cells textured interfaces are introduced, leading to improved antireflection and light trapping capabilities of the devices.

To test the trapping capabilities of the method presented in this work, we used hollow glass microspheres coated with carbon, distributed by Cospheric (HGMS-0.14 63 75 μm).

We investigate more advanced super light trapping schemes that have been designed and implemented in thin film tandem junctions at different levels in the solar cells to further enhance light trapping capabilities.

This poses severe restrictions on the simultaneous implementation of optical and acoustic trapping and substantially diminishes the utilization of the beneficial properties of acoustic forces, especially the large scale trapping capabilities.

In this setup the large scale trapping capabilities of the acoustic trap can be efficiently exploited, e.g. for working with samples taken from the environment, which are typically more dilute.