Sentence examples for corresponding to a coefficient of from inspiring English sources

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It was found that the estimates of measurement-error variance ranged from 0.37 (deepwater sculpin, Myoxocephalus thompsoni) to 1.23 (alewife, Alosa pseudoharengus) on a logarithmic scale corresponding to a coefficient of variation = 66 to 156%.

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Different rotational speeds were tested up to 24,000 rpm, obtaining pressure increases up to 12 kPa and flow rates up to 150 ml/min, corresponding to a head coefficient of 0.12 and a flow coefficient of 0.4.

If India conforms to the "Great Gatsby" curve — and there's no reason to believe it would be an outlier — that would mean the country would have an IGE of around 0.4, corresponding to a Gini coefficient of 0.40.

WHO-5 and BDI-6 were not without convergence (P = 0.38), corresponding to a Spearman coefficient of −0.49 (P < 0.01).

This shows an increase in the bond valence sum around Si4+ from 3.81 (at zero pressure) to 5.60 vu, and around Mg2+ from 2.31 to 4.13 vu, in both cases the change is 1.80 vu corresponding to a compressibility coefficient of 0.015 vu.GPa−1.

The interobserver variability on repeat testing of five subjects was 30%, corresponding to an estimated coefficient of variation of 12% in RRvar with deep breathing units (22).

The crystals belong to space group C2 with unit cell dimensions a = 163.9 Å, b = 109.6 Å, c = 102.0 Å, β = 120.4° and contain one biological dimer in the asymmetric unit corresponding to a Matthews coefficient value of 3.4 Å3.4a [45].

We suggest choosing RSQ of 0.8 (corresponding to a Pearson correlation coefficient of -0.89), resulting in 10 anchor nodes.

In this operation mode, the heat flux was linearly increased to a maximum of 54 W/cm2 at approximately 8 °C wall superheat temperature, corresponding to a heat transfer coefficient of approximately 62 KW/m2 K.

However, the heat removal capacity is significantly increased, and a critical heat flux of about 300 W/cm2 is reached at <30 °C wall superheat temperature, corresponding to a heat transfer coefficient of approximately 100 kW/m2 K.

Asymptotic analyses are presented for spherical flame kernels (steady solutions) and slow flame expansion in mixtures near and beyond the flammability limits corresponding to a molecular diffusion coefficient of the limiting species greater than the thermal diffusivity, Lewis number smaller than unity, Le < 1.

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