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To simplify the presentation of the analysis, only parameters that resulted in a normalized sensitivity coefficient of ±2.0% are discussed.
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In this paper, a normalized sensitivity analysis is done on an electrodialysis plant for various design and performance parameters.
In such conditions, a linear response was obtained in the range 1 10 nmoll−1 together with a normalized sensitivity up to 17 times higher than that reported in our previous works dealing with electrodeposited AuNPs.
The normalized sensitivity coefficients for the original model are shown in Figure 2, where each small block describes a normalized sensitivity for a certain parameter at a certain time.
Stormwater runoff temperature was most sensitive to event mean temperature of the rainfall (EMTR) with a normalized sensitivity coefficient (Sn) of 1.257.
Sensitivity evaluations were performed using a normalized sensitivity index (NSI) as the quantitative metric.
Its measured response is flat between ∼600 Hz and 20 kHz, with a normalized sensitivity as high as ∼0.17 Pa−1.
The proposed device has a sensitivity of 450 μV/ μL/min) and a normalized sensitivity of 450 ppm/ μL/min) for a driven current of 0.6 A.
Sensitivity analysis can be used to identify important model parameters, in particular, normalized sensitivity coefficients; by allowing a one-on-one comparison.
In addition, normalized sensitivity analysis is performed to rank the most influential design parameters.
In an alternative form, the normalized sensitivity is equal to the slope of the line relating ln MESP) to the ln(X).
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