Sentence examples for attenuation efficiency from inspiring English sources
The increase in the number of cells is also found to enhance the attenuation efficiency.
Up to date, iodine with high X-ray attenuation efficiency is still the most common CT contrast agent.
There are several sharp dips which refer to high attenuation efficiency in the transmission spectra of the periodic structures with multilayered inclusions.
The VOAs with lateral p-i-n diodes connected in series (series VOA) can greatly improve the device attenuation efficiency compared to VOAs with a single lateral p-i-n diode structure (single VOA), which is verified by the experimental results that the attenuation efficiency of the series VOA and the single VOA is 3.76 dB/mA and 0.189 dB/mA respectively.
Based on this objective function, a novel gradient-based optimization approach is proposed to open the band gap at a prescribed frequency range and to further maximize the attenuation efficiency of the elastic wave at a specific frequency or within a prescribed frequency range.
The natural attenuation efficiencies were found to be 21, 35 and 8% for atenolol, ciprofloxacin and gemfibrozil, respectively.
Results showed that pharmaceuticals load reduction was higher in the WWTP, but attenuation efficiencies (as half-life times) were higher in the river.
All PET images are reconstructed with iterative methods (OSEM), and corrected for attenuation, detector efficiency, scatter, decay, dead time, and random coincidences.
Within the context of harmonic sound attenuation, the performance (efficiency and robustness) according to the source configurations has recently been dealt with.
Further improvement can be achieved by eliminating the rebinning step and implementing OSEM fully in 3D with corrections for randoms, scatter, attenuation and detector efficiency variations incorporated into the system model [50].
It was found that the reasonably reducing header inner diameter and flat tube hole diameter can cause more refrigerant charge reduction in condenser (−6.9% and −45.5% respectively) and almost no energy efficiency attenuation.
