Sentence examples for more rapid formation from inspiring English sources
In other words, a higher electric field results in a more rapid formation of the oxide layer on the surface of the materials initially; however, the anodization current eventually decreases rapidly and the oxide growth rate decreases.
It can be observed that the rate of carboxylic formation can be related to the working electrode potential during electrolysis, with higher potentials (commercial electrode) seeming to favour the more rapid formation of the carboxylic acid.
The increase in shell thickness probably occurred because at a higher heating rate, the larger temperature gradient along the radial direction led to more rapid formation of a NiCo2O4 shell on the surface of the NiCo DH-glycerol composite spheres during the initial annealing process.
Following enhanced autophagy, for example because of reparative efforts after injury, when often oxidative stress is present as well, a much more rapid formation of the pigment occurs.
It is likely that the accelerated kinetics at 24 °C result in more rapid formation of the intermediate, allowing it to build up and influence the observed signal.
Thus, we can conclude that these proinflammatory effects of PACAP lead to more rapid formation of the inflammatory microenvironment (19, 20).
The inhibition of these galectins was associated with increased vWF-platelet string formation and more rapid thombus formation after injury [ 44].
The treatment of pyrite with acid removes the oxidized iron from the surface, allowing for more rapid ROS formation due to Fenton chemistry.
Ar flow rate favors the cluster growth because it favors a higher sputter rate besides a better ionization and hence, more rapid cluster formation.
Solutions containing BG nanoparticles were slightly more alkaline than HA and SiHA, suggesting that a more rapid apatite formation on BG was related to solution-mediated dissolution.
It is shown for both activators that elevated temperature curing greatly accelerates hydration, resulting in more rapid product formation and strength development.
