Sentence examples for erosion liquid from inspiring English sources

Transition boundaries for four distinct erosion-corrosion phenomena: shear stress induced erosion, cavitation erosion, liquid impact induced erosion and flow accelerated corrosion are represented in the map and eight distinct regimes of erosion-corrosion are illustrated.

Although Earth is indeed geologically active and hence possesses a youthful surface, Venus's surface may have been completely renewed by global basaltic volcanism within the past billion years, and small portions of Mars's surface may have experienced very recent erosion from liquid water or landslides.

Both cavitation erosion and liquid impingement erosion are phenomena that can cause pipe wall thinning in power plants.

In this study, we carried out cavitation erosion and liquid impingement erosion tests, and clarified the relation between both erosion rates.

This enhancement was due to erosion of liquid film caused by penetration of particles into the mass transfer film.

Therefore, it is very important to evaluate the amount of erosion by liquid impingement for pipe steels quantitatively from the viewpoint of aging management.

Questions concerning formation of frozen gravelly sand barriers in the vadose zone and barrier resistance to ice erosion by liquid contaminants provided the impetus for this study.

The liquid erosion features appear to be a very recent occurrence: channels in some regions have created surprisingly little erosion, suggesting erosion on Titan is extremely slow, or some other recent phenomena may have wiped out older riverbeds and landforms.

An example analysis is shown for erosion of a liquid tin fusion reactor divertor.

Mechanisms of the formation of nanoparticles of some B2 shape memory intermetallic compounds, glass-forming Zr-based alloy, and pure Ti obtained by spark erosion method in liquid nitrogen and argon are considered.

For example, high intensity stress waves and the resulting cavitation erosion in heavy liquid metal targets may occur where the sharpness of the beam pulse produces shock by thermal expansion.