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Designs of Experiments (DoE) can be of immediate relevance for various research works conducted in the Fuel Cell (FC) area.
The absolute and fractional FC categorical surface area (ACSA and FCSA) of a lesion can be calculated as the absolute and relative FC area in a thickness category.
Categorical FC fractional luminal area (CFLA) is defined in a similar way but only counting the FC area in a thickness category.
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FC volume (Vol) of a lesion is calculated from cross sectional FC areas in individual frames using Simpson's rule.
Positive correlations of the same magnitude, although not part of the a priori hypothesis were observed between beta power of three FC areas and PANSS subscales as well as Liddle's factors.
– Liddle's psychomotor poverty factor MEAN – mean value ST.DEV – standard deviation Correlations between absolute power values of the main frequencies on three FC areas (left, midline, and right) and PANSS scores, and Liddle's factors are shown in Table 2, the a priori hypothesized correlations are highlighted.
Among the volumetric metrics, the FC surface area in a certain thickness category reveals the component of the FC in a certain thickness range.
The FC surface area (SA) of a lesion can be calculated as the product of the frame interval and the arc length of FC summed over involved frames.
FC fractional luminal area (FLA) is defined as the percentage of luminal area occupied by the FC.
On the plus side, a liquid fuel, in contact with high surface area FC electrodes, functions as a super-capacitor, giving the FC an excellent pulse overload capacity.
Preinfusion Eadyn predicted a positive MAP response to FC with an area under the ROC curve of 0.92 ± 0.04 of SE (95% CI: 0.78 to 0.99; P < 0.0001).
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