The phrase "accelerated propagation" is correct and usable in written English.
It can be used in contexts related to physics, telecommunications, or any field discussing the speed at which something spreads or moves.
Example: "The accelerated propagation of the signal allowed for faster communication between devices."
Alternatives: "rapid transmission" or "speedy spread".
Independent of the failure mode, similar crack development was observed, characterized by an initial and final region of accelerated propagation, and a middle part of linear, and slower, crack propagation, corresponding to around 80% of the fatigue life.
This company has developed, and patented, a special seed-starting system called the Accelerated Propagation System.
In addition, trabeculae may provide conduction shortcuts that accelerate propagation, compared with simplified models, and together with papillary muscles they can form virtual electrodes that protect the endocardium from becoming strongly polarized after external electrical shock application.
We interpret these findings to indicate that increased lubrication subsequently accelerates propagation of the luminal content of non-digestible food components in a caudal direction and leads to acceleration of the small bowel as well as colonic transit times.
Instead, alignment is driven by Rho-mediated cytoskeletal contractility and accelerated by propagation of tension through intercellular adhesions.
Heat treatment accelerated the propagation of microcracks (formed during shrinkage) due to thermal expansion of the solid phases, volumetric expansion of the air and increased pressure within entrapped voids.
This was attributed to segregation of chromium at the grain boundaries of plasma nitrided specimens which might have weakened the regions near grain boundaries resulting in early crack initiation and accelerated crack propagation.
This is largely due to the detrimental effect of oxidation damage which attacks the grain boundaries, especially at the crack tip region, and induces accelerated crack propagation along the grain boundaries, i.e., intergranular crack growth.
This is largely due to the detrimental effect of oxidation damage which attacks the grain boundaries, especially at the crack tip region, and induces accelerated crack propagation along the grain boundaries.
It also indicates that water infiltration along the columnar joints accelerated the propagation rate of the columnar jointing, resulting in the larger extent of the upper colonnade compared with the lower colonnade, as evidenced by the relatively constant face widths of the upper (Seoseok-dae and Ipseok-dae) and lower (Gwangseok-dae) colonnades.
The discussed mechanism of the crack propagation reflects Li diffusion in grain boundary under stressing ahead of a crack tip during fatigue crack propagation that weakened grain boundary and accelerate crack propagation.
