Sentence examples for more active particles from inspiring English sources

The difference is attributed to more active particles generated in DBD with magnet.

The larger time-step results in more active particles per block-step which improves the GPU efficiency.

Nanoparticles are much more active than larger particles because of their higher surface area, and they display unique physical and chemical properties [9].

Moreover, fly ash is either considered as a support for other more active metallic catalyst particles [28, 36] or used after extensive synthetic treatment [27].

In a recent meta-analysis, Gupta (2014) discussed whether the shorter time to revision in MB TKA found in their study could be explained by MB articulation creating smaller and biologically more active PE debris particles.

It was found that bulk material (particles dimension >100 nm) was more active than 30 nm size particles which in turn were more active than 6.5 nm size particles (producing 28, 19.4 and 3 μmol of H2 g catal. −1 h−1, respectively [at 26.3 mW cm−2 with λ in the (250 380 nm)].

When the temperature changes from 850 °C to 77 K, the metal particles on the tip of nanotubes might contract and be separated from the graphite layer of the nanotubes, leading to more active sites on metal particles being exposed.

Magnetic separation of fluid cracking catalyst contaminated with nickel, vanadium, and iron enables removal of old inactive catalyst particles with poor selectivity from the more active and selective fresher catalyst particles.

These studies showed that the greater surface area per mass renders NSPs more active biologically than larger-sized particles of the same chemistry, and that particle surface area and number appear to be better predictors for NSPs-induced inflammatory and oxidative stress responses.

Smaller particles are more active than larger ones due to increased specific surface area and adsorption.

The existence of smaller size RuO2 particles having more active surface area is the reason for the enhanced capacitance and optical properties.