Sentence examples for average capability of from inspiring English sources

It has been probed the used of this kind of biosensors in the determination of cocaine in street samples, with an average capability of detection of 23.05 ± 3.53 nM (n = 3, α = β = 0.05).

This method shows a reproducibility of 2.94% (n = 8) related to the slopes of calibration curves performed in the concentration range from 7.46 to 71.43 μM, as well as an average capability of detection of 7.46 for a probability of false positive and negative of 0.05.

Some critics fear that cloning could usher in a new eugenics, in which nations or individuals might try to improve the average capabilities of the next generation by cloning the likes of an Einstein, Mozart, Michael Jordan or Marilyn Monroe.

A simulation was conducted to validate the feasibility of using a novel cooling strategy that utilized the heat load averaging capabilities of a phase change material (PCM).

The question is whether progress will create enough new positions to absorb the victims of automation – and whether these new jobs will be accessible to people with average capability.

And with the increase of communication range, the average transmission capability of both CFT and FL-CFT linearly increases.

The result shown in Fig. 17 reveals that the average transmission capability of both CFT and FL-CFT increases with the increase of traffic density.

The overload resistant differential pressure sensor with nominal range Δp = 10 mbar is able to provide an average overload capability of Δp = 220 bar (Fig. 1).The frequency response and step response both shows a clear low-pass behavior, indicating an overload resistance for dynamic pressure excitation (Fig. 6).

As the actual size of the particles and the thickness of the gold varied, the exact height varied accordingly, yet we obtained an average displacement capability of approximately 330 nm per mW of trapping laser power.

The Fe-incorporated LVP/C sample also exhibits excellent rate capability with an average capacity of 122.4 mAh g−1 at 1 C and 93.5 mAh g−1 at 5 C, resulting from the reduced particle size, the improved electronic conductivity, the high Li-ion diffusion coefficient, and the contribution of LiFePO4 to the capacity.

Having taught at university level in the 1950s and then again in the 1990s, I was appalled by the decline in capability of the average college student over that period.