Sentence examples for measurement sensitivity increases from inspiring English sources

While earlier work employed low Fourier numbers (i.e., low contact times), our results show the existence of an optimal finite Fourier number for which the measurement sensitivity increases drastically.

The major drawback of 3D DOT is its poor depth localization due to the exponential attenuation of measurement sensitivity with increase of penetration depth.

These two figures noticeably illustrate that L1 regularization alone does not compensate the severe attenuation of measurement sensitivity with increased depth while it does greatly reduce blurry effects on the lateral plane (i.e., XY plane) of the image.

Decreasing impedance magnitude of the single HeLa cell increases measurement sensitivity, but higher operational voltage will damage single HeLa cell.

Increasing the operating voltage reduces the impedance magnitude of a single HeLa cell in all electrode shapes and decreasing impedance magnitude of the single HeLa cell increases measurement sensitivity.

The benefits of the three-wire circuit include intrinsic bridge balance, automatic compensation for the effects of lead wire temperature changes on the bridge balance and increased measurement sensitivity compared to the two-wire configuration.

Generally, the capacitance and measurement sensitivity were found to increase with the depth and permittivity of the liquid and with proximity of the electrode to the casing, as expected.

Attempts to increase measurement sensitivity and shorten incubation times by reducing the headspace thickness to 1 2 cm generally cause denitrification to be underestimated by 3 13% for gas headspaces, and up to 80% for water headspaces.

The application of He-flotation in the measurement chamber and measurement times of a sufficient duration at low voltage/high amperage conditions increased measurement sensitivity for lighter elements (here at least 90 s at 6 kV, 100 μA), resulting in measurements of a satisfactory quality.

To increase measurement sensitivity to changes in soil structure and identify potential early warning indicators for monitoring, we used two different methods for quantifying wet aggregate stability: a laboratory method using a 0.25 mm sieve and a field method using a 1.5 mm sieve.

The increase and stronger correlation to clinically rated rigidity during contralateral activation suggest that eliciting neural crossed effects (interference from contralateral activated neural pathways) may increase measurement sensitivity.