Sentence examples for as a function of the peroxide from inspiring English sources

The spectrum of relaxation times was determined for each polymer and analyzed as a function of the peroxide concentration.

A regression model was developed for the pseudo-first-order rate constant (k) as a function of the hydrogen peroxide concentration and the average light intensity in the solution: k= 8.33×10-3IavgH[H2O2]0.7 0.15g/L<[H2O2]<0.62g/L with a correlation coefficient of 0.93.

The sensitivity of MF201 increased as a function of the hydrogen peroxide concentration (53- (p-value = 0.003) and 102-fold (p-value = 9×10−6) decrease with 177 and 221 mM H202, respectively).

The experimental design methodology was used for planning the experiments under normalized conditions and for modeling the rates of 2,4-xylidine oxidation as a function of the concentrations of the additives (Fe3+-exchanged zeolite catalyst and hydrogen peroxide).

The total peroxide content of the plasma samples was determined as a function of the difference in absorbance between the test and blank samples using a solution of H2O2 as standard.

Open image in new window Fig. 9 Hydrogen peroxide (H2O2) consumption for desulfurization of heavy oil containing 5% sulfur as a function of the selectivity of H2O2 for sulfur oxidation to sulfones.

As hydrogen peroxide is added in the copper slurry, the material removal rate (MRR) increases rapidly and then decreases slowly as a function of the concentration of H2O2.

The efficiency of hydrogen peroxide generation, with respect to hydrogen supply, as well as the rate of H2O2 production and the maximum H2O2 concentration as a function of the original membrane pore size have been determined.

Additional experimental methods, peptide sequence coverage for HDXMS, hydroxyl radical-mediated modification as a function of hydrogen peroxide concentration, mass spectra of the hydrogen deuterium exchanged SEM1 86 107) peptide, and predicted aggregation-prone regions of SEM1 86 107).

Using these data, the percentage of hydroxyl radical-mediated peptide modification was determined as a function of hydrogen peroxide concentration.

Measurements performed as a function of pH in the range pH = 4 to pH = 10 indicate that the hydrogen peroxide decomposition reaction slows down as the pH increases.