Sentence examples for sizes obtained at from inspiring English sources

The smallest particle sizes, obtained at a same MR (1 3), were 108 and 188 nm at TCs of 0.1 and 0.3 wt%, respectively.

Table 1 shows average particle sizes obtained at different temperatures estimated from FESEM and TEM images, and the given error was ± 1 standard deviation.

It was noted that the mean particle size obtained at 20 mg mL−1 resveratrol concentration, 8 MPa and 308 K was 0.22 μm, a significant reduction compared with the original value of 36.65 μm.

The geometric mean primary particle size obtained at 1 wt.% doping was approximately 47 nm compared to approximately 33 nm obtained at 15 wt.% doping.

The crystallite size obtained at 1 wt.% doping was 33 nm compared to 25 and 23 nm at 5 and 15-wt.% doping concentration.

It is observed from the results that the DG size obtained is higher at lagging power factor compared to the size obtained at unity power factor; however, the losses are found lower with DGs at lagging power factor rather than DGs at unity power factor.

From the results it is observed that the DG size is higher at lagging power factor compared to the size obtained at unity power factor; however, the losses are found lower with DGs at lagging power factor rather than DGs at unity power factor.

In all cases, Ni0 particle sizes obtained after reduction at 750 °C were between 6 and 24 nm.

Small to medium effect sizes were obtained at post-training and follow-up, respectively.

Although a minimum sample size is obtained at perfect equivalence (assumed GMR=1.00), some departure from perfect equivalence is commonly assumed while estimating sample size (Fenta 2014, Potvin et al. 2008).

The floc size distributions obtained at the end of each stage are different even though the hydrodynamic conditions are identical.