Sentence examples for efficiency from experiments from inspiring English sources
We showed that, in order to compare collection efficiency from experiments with those simulated with GeoDict®, it was necessary to take into account the difference between the thickness of the fibrous structures that were used to create the calculation domain, and the averaged experimental thickness characterized by SEM.
High fractions of bacteria populations may possess the so-called minimum sticking efficiency, thus expressing their ability to be transported over distances longer than what might be predicted using measured sticking efficiencies from experiments with both short (< 1 m) and long columns (> 25 m).
More compelling evidence for the existence of allelic variation influencing metastatic efficiency comes from experiments from our laboratory.
Thus, overall human efficiency was 0.02%, which is comparable to the efficiency estimates from Experiment 1.
In this section, we implement the proposed method on hardware system and show its high beamforming efficiency from our experiment result.
We found that efficiency varied from experiment to experiment, but was within the range of 50 80% (Fig. 3B).
Figure 5C presents the predicted efficiency of capturing living brain cells on the platform sensors, derived by multiplying the results from the observations in culture with the capture efficiency from the microbead experiments.
The pmaxGFP vector (Lonza, Cologne, Germany) was used to monitor transfection efficiency which ranged from experiment to experiment from ∼70 to ∼80%.
The characterization of chargers according to three measured quantities average particle charge q, charging efficiency a, and electrostatic losses obtained from experiments with a fixed particle system allows for an objective comparison among systems with different flow profiles and electric modes.
Embryogenesis efficiency of 57.35% was achieved from experiments with media containing optimal levels of these four constituents.
Delamination (or inter-laminar cracking) was modelled using interface cohesive elements while splitting and transverse matrix cracks (intralaminar cracking) that appeared within individual plies were also simulated by inserting cohesive elements along the fibre direction (at a crack spacing determined from experiments for computing efficiency).
