Sentence examples for kinetic range from inspiring English sources

This design allows two reaction surfaces and a reference surface to be placed within the same flow cell, thereby improving data quality and extending the kinetic range of the instrument.

The Tafel method was used to analyze the currentepotential (j-E) curves in the kinetic range.

Here, ω max denotes the maximum frequency attained in the Fourier analysis (left (frac {omega _{text {max}}}{Omega _{mathrm {p}}} = 2pi right)), and ω=f m (k ⊥) is the dispersion relation of the m-th mode ω=f m (k ⊥) evaluated in the kinetic range between (frac {k_{text {min}} V_{mathrm {A}}}{Omega _{mathrm {p}}}=1) and (frac {k_{text {max}} V_{mathrm {A}}}{Omega _{mathrm {p}}}=6).

In this section, we analyze how well the model with the optimized parameter set reproduces the individual experiments which span a kinetic range from the few milliseconds long signal of the cytochrome c oxidation state in response to a single flash in A7_cytc up to the three orders of magnitude slower quasi steady state scenarios of A8_ΔΦ and A9_cytc.

After determining an optimal set of kinetic and biophysical parameters for the chosen experiments with an evolutionary algorithm, our molecular stochastic simulation model can now reproduce the observed dynamics over a wide kinetic range from millisecond long single-flash experiments up to quasi steady state conditions.

This study is the fourth in a series of investigations on the biomechanics of the first ray, this part focusing on open kinetic chain range of motion simulating the clinicai examination.

Calculated parameters from the various kinetics plots is presented in Table 5, R 2 value for the pseudo second order kinetic ranged between 0.9980 and 0.9999 across concentrations considered while R 2 values for the Elovich model ranged between 0.9713 and 0.9978 (Table 5).

The TEARES system is designed to operate over a kinetic energy range of <0.5≤KE≤1000 eV and a pass energy range of ∼0.5≤PE≤25 eV with a useful angular range of ∼230°.

The perforation tests conducted covered an impact kinetic energy range from 21 J to 131 J, equivalent to the range observed in a fall, the leading cause of hip fractures.

We cover, for the projectiles, a kinetic energy range extending from 0.1 GeV/n up to 100 TeV/n in the lab frame.

The voltages of the middle and rear electrodes affect the resolving power and the kinetic energy range over which focus can be achieved.