Sentence examples for experiment equation from inspiring English sources

Assuming that each subpopulation is a Gaussian distribution, the Gaussian mixture model is applied to characterize the distribution of the S scores in an experiment (Equation 8).

Using estimates of virus survival from laboratory experiments (Equation 4) [ 1], maximum projected virus survival of 75% at 1 hour is observed at the lowest measured AH of 2.67 mb.

For each object coincident at Dmax, the red and blue brightnesses were recorded, and the FRET ratio calculated according to the same formula as for solution single-molecule experiments (Equation 3 in the main text), with the gamma-factor  for this instrument calculated to be 0.273.

(1) RR = C Dialysate / C Synovia in vitro The average relative recovery for ASA and SA was calculated for each probe in order to determine the respective salicylate concentration in the joint of the ex vivo model in the following experiments (equation 2).

In order to evaluate the efficiency of proposed method, the Gaussian radial basis kernel function is employed in our experiment as Equation 21.

A factorial design of experiment for equation modeling with three main factors (temperature, concentration of hydrochloric and boric acids) was performed and associated modeling results were in good agreement with experimental data.

In many studies published in the last period of time it was demonstrated that the classical uncoupled theory of thermoelasticity predicts two phenomena not compatible with concrete experiments: the equation of heat conduction does not contain any elastic terms and the heat equation is of parabolic type and this means that it predicts infinite speeds of propagation for heat waves.

The confining pressure obtained with experiments and Equation (3) can be used to obtain the load carrying capacity of specimens using different models because the axial compressive strain at peak load shall be very small (of the order of 0.002-0.004) and UPVC tube shall not contribute in axial stiffness at this small strain.

According to the pilot experiments, this equation could be applied in the biomass range of 0 ~ 120 g m−2 for S. dimorphus grown with the attached cultivation technique for up to 10 days under both nitrogen-replete or nitrogen-depleted conditions (R = 0.99).

Then they described this channel behavior measured in their experiments with equations, and solved the equations with voltage permitted to vary with time rather than remain constant after a voltage step.

A numerical experiment with Navier Stokes equations, an energy equation and species equations was conducted coupled with a single-step global-reaction model.