Sentence examples for optical absorption efficiency from inspiring English sources
The optical absorption efficiency is impressive, considering that graphene is only about 0.34 nm thick.
The silver nanoparticles enable surface plasmon resonances when being placed in dielectric environment, leading to higher optical absorption efficiency [11].
At higher Ge concentrations, despite enhanced optical absorption, efficiency is reduced due to substantial lowering of open-circuit voltage.
Hierarchical ZnO with flower-like morphology shows promising application in decomposition of organic pollutant due to the increased optical absorption efficiency and large specific surface area [6, 7].
Silicon materials, which exhibit a wide optical adsorption range, high optical absorption efficiency, and high electron mobility, become a great potential photoelectric conversion material for its important applications in the field of photovoltaics and photocatalysis[7 10].
We study metallic nano-particles for light trapping by investigating the optical absorption efficiency of the hydrogenated amorphous silicon thin film with and without metallic nano-particles on its top.
The optical absorption, charge transfer efficiency, and photocatalytic activity in oxygen generation were found closely dependent on the concentration of oxygen vacancies.
In order to improve photocatalytic property of rutile TiO2, metal negative ions were implanted to rutile substrates, and their optical absorption and photocatalytic efficiencies were investigated.
Cupric oxide (CuO) is one of the most promising and low-cost materials for solar cell application, but its power conversion efficiency is limited by discrepancy between short carrier diffusion length and optical absorption length, low charge collection efficiency, and high recombination rate.
But unfortunately, the thinner film will possess a low optical absorption and the photoelectric conversion efficiency is also suppressed.
The periodic back reflectors of tapered nano-pillars/bumps show enhanced quantum efficiency and optical absorption over randomly structured back reflectors using the same solar cell architecture in nc-Si solar cells.
