Sentence examples for corresponding to the powers from inspiring English sources

This result, which might be thought as counter-intuitive, comes from the fact that the ratio, used to correct the sample size coming from the classical formula to obtain an adequately powered Rasch model, is a measure of the distance between the sample sizes corresponding to the powers expected for CTT and Rasch-based analyses.

To identify the axial incipient melting positions corresponding to the power-to-melts, solidified grain morphology and molten fuel axial movements were characterized.

We show in a small example that a bidder could use an overly restrictive constraint to increase profits, and explore the cause by visualizing the feasible region from the linear program corresponding to the power auction.

The 10 wt.% Re-BFPP doped device exhibited the maximum luminance of 6342 cd/m2 and a peak current efficiency of 17.9 cd/A, corresponding to the power efficiency of 8.1 lm/W.

The elaborated model can be then transformed into a model corresponding to the power estimation metamodel.

There are two operation modes corresponding to the power flow directions.

At 15 °C, the CW I th and J th were 57.4 mA and 0.64 kA/correspondingnding to the power consumption of 0.72 W.

Usually a K factor is introduced and defined as the ratio of signal power in dominant component, corresponding to the power of the direct ray, over the scattered, reflected power.

After PHR coating on the front facet, the CW J th of the 1-mm-long device was reduced to 0.64 and 0.69 katcm2 at 15 and 25 °C corresponding to the power consumptions of 0.72 and 0.78 W, respectively.

The power constraint corresponding to BS applies to the transmit covariance matrix of BS k which can be defined as {boldsymbol{Q}}_k={displaystyle sum_k{boldsymbol{V}}_k{varOmega}_k{boldsymbol{V}}_k^H,} (29 where Ω k denotes the diagonal element of Q k, corresponding to the power allocated to the kth user.

The DSSCs with PPy and Pt CEs generate J sc of 12.77 and 14.12 mA·cm−2 and V oc of 0.72 and 0.70 V, corresponding to the power conversion efficiencies (PCEs) of 5.06 and 6.13 %, respectively.