Sentence examples for onset of reduction from inspiring English sources

The latter afforded a lowering of the onset of reduction of Mo(O,N 3 by about 40 K (Figure 4).

With increasing aging time of the precipitate, the onset of reduction of the CuO/ZnO precursor shifted from 462 to 444 K, whereas a decrease in crystallite size from 110 Å (0 min) to 70 Å (120 min) was detected.

For cubic CZO (x ⩽ 0.2), the ease of reducibility dramatically increased with increasing Zr content, as reflected by an ultimate >40% decrease in reduction enthalpy, with a corresponding shift in onset of reduction to higher pO2.

XRD analysis showed an increased structural disorder in the layers while nitrogen is removed from the lattice of Mo(O,N 3 at temperatures above ~600 K. Compared to regular α-MoO3, Mo(O,N 3 exhibited a higher electronic and ionic conductivity and an onset of reduction in propene at lower temperatures.

Dynamic light scattering can be used to monitor the period between the onset of reduction and the formation of the precipitate (Figure 2).

In the vildagliptin group, the onset of reduction was observed as early as week 2 and continued until week 12.

These onset points can also be used to identify the positions of VB and CB edges of the NPLs, upon adding/removing electrons, according to the equations Ea(ELUMO) = −(Epcred + 4.4) eV; Ip(EHOMO) = −(Epaox + 4.4) eV, where Epcred and Epaox are the onsets of reduction and oxidation potentials, as discussed earlier.

Using Prandtl Karman coordinates, the degree of DR of polymer solutions can be compared with respect to the boundaries of drag reduction; the onset of drag reduction as the point of departure from Prandtl Karman law and maximum drag reduction (MDR) or Virk's asymptote (White and Mungal 2008; Virk 1975).

Individual reactors were collected as various redox regimes in the column sediments were achieved: (i) during iron reduction, (ii) just after the onset of sulfate reduction, and (iii) later into sulfate reduction.

Experimental results and theoretical simulations using a finite difference code were used to identify the relative importance of different electrolyte equilibria for the value of the limiting current for proton reduction and for the apparent onset of the reduction of water.

Based on the derived equations, the onset Reynolds number for drag reduction is discussed which shows that the onset of drag reduction depends on the polymer type and its concentration.