Sentence examples for a constant extent from inspiring English sources

This was experimentally proven by observing a constant extent of removal determined at the optimum shaking time during a settling time period increased up to 240 min for both dyes on each biosorbent.

Isoconversional method is called model-free method because of its ability to determine the activation energy for different constant extents of conversion without considering any particular form of the reaction model.

As expected, at a constant temperature, the extent of the compound layer was found to increase with the nitriding potential.

The proportion of incident cases detected (the case detection rate [CDR]) therefore equals: Which is equivalent to: Since PDR may be estimated as Nnew/Pnew this can also be presented as: And since Nnew = CDR ∙ Inew: To assess to what extent a constant rate of detection (assumed by model 2) is supported by data on delay before diagnosis, we used data from the Netherlands Tuberculosis Register.

And an anonymous doctoral student confesses they experience a constant "internal conflict about the extent to which those of us who are lucky enough to be undertaking research at PhD level should complain about the difficulties on the path we have chosen".

The analysis assumes a Lorentzian lineshape and a constant modulation amplitude across the extent of the irradiated paramagnetic probe.

But beyond that, its permitted survival and prominent display despite decades of protest and scholarship have served as a constant reminder of the tremendous extent to which university administration values certain interests (and donors) more than it values students, faculty and staff of color.

All of these PRCs correctly predicted whether the constant stable delays of the circadian rhythms occur and if a constant stable delay occurs, to what extent the phase is delayed.

For these analyses, the phenotype of the SEG strain differed from the IRCS lines to such an extent (i.e. a constant outlier) that the parental line was excluded from the study (data not shown).

α is a constant related to chemisorption rate and β is a constant which depicts the extent of surface coverage.

The linear form of Elovich kinetic model (Aharoni and Ungarish 1976) is expressed by the Eq. 9; q_{t} = frac{1}{beta }ln left( {alpha beta } right) + frac{1}{beta } { ln }t (9 where q t is the quantity of adsorbate adsorbed at time t (mg/g), α is a constant related to chemisorption rate and β is a constant which depicts the extent of surface coverage.