Sentence examples for optical collection efficiency from inspiring English sources
Experimental data shows a strong dependence of the optical collection efficiency on surface roughness of the diffuser.
Optical collection efficiency of the stationary concentrator for geometric concentration ratios in the range 2 1000 has been analyzed.
The optical collection efficiency of a monofacial-cell module with a concentration ratio of 1.5 was 87.6% and that of bifacial-cell module with a concentration ratio of 2.0 was 85.6%.
In experimental practice the measured fluorescence signal is a complicated function of, e.g., the laser power, fluorophore extinction coefficient and quantum yield, optical collection efficiency and detector quantum efficiency.
In fact, in this sample the counting efficiency and optical photon collection efficiency were relatively better than the other samples.
An electrochemical Raman spectroscopic cell with an excellent air-tightness and optical signal collection efficiency has been designed and used for in-situ investigation of the NM Li-rich material during the very first two electrochemical cycles.
On the other hand, such nanoparticles are characterized with high refractive index; therefore, placing them between collection optics and emitters results in improvement of optical resolution and collection efficiency [9 14].
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.
Regular optical fibers usually have low collection efficiency, thus requiring high quantum efficiency detectors (such as charge coupled device cameras - CCDs).
Incorporation of Pd nanoparticles significantly increases photo-generated charge collection efficiency and enhances optical absorption over the wide range of solar spectrum.
The simulation results showed highly anisotropic angular emission distribution with the maximum irradiance being at super critical angles, which attracts tailored optical designs to maximize the fluorescence collection efficiency.
