Sentence examples for much lower activation from inspiring English sources

Such a screening method would help to identify a zeolite that has much lower activation energy for molecule A than for molecule B. The appropriate temperature range for separation would be centered around the optimal temperature T∗, where the degree of selectivity is at a maximum.

Comparison with experimental data obtained for microsized analogue vs. temperature reveals a much lower activation energy barrier (0.06 eV) for the lithium diffusion process in nanosized V2O5 that explains the significant improvement in electrochemical performances and especially a better rate capability.

The conductance for samples deposited on c-Si had much lower activation energy, as can be seen in Figure 7.

Nucleation at preexisting structural sites would require much lower activation energy (transformation temperature) than for nucleation on surface or in the bulk.

The presence of the initial Zr-rich phases can provide much lower activation energy barrier and a favourable crystallographic correlation for the nucleation of the subsequent Zn-rich precipitates according to the classical nucleation theory [14].

For two adjacent Cu nanoparticles, the neck growth can be achieved at a low temperature when the Cu atoms are removed from the grain boundary, since the grain boundary diffusion needs much lower activation energy than lattice diffusion.

An 8-fold activation was achieved with sgOCT4-3∼6, alleit all six sgOCT4-1∼6 had a much lower activity than sgOCT4-3∼6, confirming that sgRNAs downstream of TSS (sgSOX2-1∼2) have a negative effect on gene activation.

However, the lipstatin biosynthesis was not completely turned off in disruptant, probably due to the activation of octanoic acid by another ACC complex system with much lower activity.

While the high apparent flow activation energies in dynamic shear and capillary rheometry can be explained by simple thermal degradation, melt viscosities interpreted from the instrumented batch mixer showed a much lower apparent activation energy (186 kJ/mol).

As predicted, the T-cells of participants who stayed awake had much lower integrin activation than the T-cells of participants who slept.

For example, EBV-transformed B-cell lines expressing SE-encoding HLA-DRB1 alleles had a much lower PKA activation in response to stimulation with the AC-stimulating agent forskolin compared to SE-negative lines.