The phrase "abrasive action" is correct and usable in written English.
It can be used to describe a process or effect that involves friction or wear, often in a mechanical or physical context.
Example: "The abrasive action of the sandpaper smoothed the surface of the wood."
Alternatives: "grinding effect" or "frictional force".
This is accomplished by a number of methods including abrasive action, soaking in hot water, or acid treatment.
Living horsetails have been used as scouring agents, their cleansing value being attributed to the abrasive action of the silica-laden walls of certain of their cells.
In addition, the pipe material should be resistant to any corrosive and abrasive action.
This sp 3 -sp 2 transition occurs due to the abrasive action between diamond cutting tool and SiC workpiece.
Both cutting speed and TiB2 particles increased the tool wear respectively due to depletion of stable BUE and abrasive action.
Abrasive action also causes simultaneous sp 3 -sp 2 order-disorder transition of the diamond tool but at relatively slower rate which results in tool wear.
Furthermore, the abrasive actions of these particles cause erosion of components and pipelines.
Consequently, the increased shearing and abrasive actions strongly opposed the contribution of the reduced adhesion to friction, and result in a rather high friction of highly fluorinated a-C H F films.
The abrasive actions of sand and silt carried by the currents and the activity of fungi, bacteria and wood-boring crustaceans and molluscs, such as the teredo "shipworm", began to break down the structure of the ship.
However, to impair dangerous microbial growth [6, 7], a complete removal of the gel is required and such a procedure often requires abrasive mechanical action (i.e., removal with scraper) or solvents, often unsafe for the artwork.
After surface nanocrystallization, there occurs a transition of dominant wear mechanics from the combined action of abrasive wear and adhesive wear to the abrasive wear.
