For quality control of microarray data, criteria for low-quality results were as follows: coefficient of variation for negative control probes >0.15; and number of flagged probes, identified by 3D-Gene® Scanner, >10; samples meeting these criteria were excluded from further analyses.
The visit-to-visit variability in blood pressure was calculated as follows: coefficient of variation (CV) = SD/average blood pressure × 100.
A minimum of 6 acquisitions for each of the selected energy signals, followed by coefficient of variation (CV%) calculation allow for energy calibration determination.
Accordingly, for trees that bore fruit for more than one consecutive phenological sampling period (i.e., for longer than 2 weeks) we distributed their basal area over the sampling periods in a way that the proportion of the basal area in each period followed the coefficients of the Pascal's triangle [Stevenson, 2004; Stevenson et al., 1994].
The impact of the outage correlation of transmission lines in a same disaster area is analyzed as follows: the correlation coefficient of any two lines in each disaster area is assumed 0.9 (strong correlation), 0.3 (weak correlation) and 0 (dependent), respectively.
Statistics are as follows: ß: Regression coefficient of fleece rot score on genotype (indicating the average change in fleece rot score for each copy of an allele); R: Percentage of phenotypic variation explained by the SNP ; P-value: Probability value associated with the test ß = 0. Statistics corresponding to significant associations are highlighted in bold type.
This was followed by the "Coefficient of Variation" and then by ratio of intronic density to that of the intron with the minimal intronic density in the locus (Table 5).
OSI was calculated as follows: The intra-observer coefficient of variation for OSI was 2.2% [ 35].
It therefore may be concluded that the coefficient of friction follows the crystal structure.
From formulae (2.9) and (2.10) it follows that the coefficients of the expressions S u ( x, y ) and S j ∗ u ( x, y ) are non-negative, and their sums do not exceed one.
From [10] (formulas (8) and (9)) it follows that the coefficients of viscosity λ, μ, coefficients of microviscosity μ r, c 0, c d, and heat conduction coefficient k have the properties: μ, μ r, c d, k ≥ 0, λ + 2 μ ≥ 0, c 0 + 2 c d ≥ 0. Equations (1 -(4) are, respectively, local forms of the conservations laws for the mass, momentum, momentum moment, and energy.
