Sentence examples for mean correction factor from inspiring English sources

Using lag screw length to calibrate and correct FOP resulted in a mean correction factor of 0.63 (0.12–1.23) and thus a mean lag screw-corrected femoral offset (FOLS) of 49 (23 66) mm.

The mean correction factor has a maximum in February (1.25 – 1.50) and a minimum in August (1.02 – 1.02).

Twenty-five travelbags were constructed in total and culminated in a mean correction factor of 4% litter mass lost.

On all Agilent TC-C18 columns, the mean correction factor of five impurities was 1.00, 1.12, 1.00, 0.90 and 0.62, respectively.

The largest sensor location correction factor was obtained at the measuring location A2, and about 50% of the correction factors were above the average correction factor of 1.09.

Volume-mean correction factors are used in the dusty-gas equation to account for heteroporosity effects on isobaric and nonisobaric mass transfer in general porous media.

The physical basis of the equation is that dynamic concentration fluctuations in the liquid mixture result in a reduction of the mean thermodynamic correction factor relative to the hypothetical case in which no such fluctuations occur.

The interfacial shear rate is the slope of the velocity profile at the interface of the endothelial surface layer and the vessel lumen, and it was calculated as 4.9×8×[Vb/d], where 4.9 is a mean empirical correction factor [40]. Quantitative analysis of leukocyte-endothelial cell interactions was performed off-line using CAPImage®.

The mean (±SD) correction factors for yield stress were 1.32±0.17 vs. 1.20±0.11 for the vertebral body and femoral neck (p<0.05), respectively, and the corresponding factors for modulus were 1.24±0.09 vs. 1.10±0.04 (p<0.0001.10±0.04

Noting that the fluid model relies on the hypothesis of a regular network, the authors in [167] show its applicability for representing PPP-based models by means of a correction factor.

The goal of the sizing procedure of safety valve operating in liquids is the selection of the valve flow area, taking into account the effect of the viscosity variation by means of a correction factor (Kv) computed on the basis of the flow Reynolds number.