Sentence examples for mill environment from inspiring English sources

Knowledge of the internal variables of a mill is of importance in design and performance optimization of the mill, notwithstanding the difficulty in measuring these variables within the harsh mill environment.

It is logical to assume that when the salmonella contamination in incoming feed ingredients increase to a certain level, the feed mill environment may become contaminated which increases the risk for the contamination of the compounded feed.

The extent to which the discrete element method (DEM) represents particulate flow in wet tumbling mill environments is investigated by adjusting the friction coefficient in the simulation to best match positron emission particle tracking (PEPT) experiments of the same media in steady-state, re-circulating fluids of water and slurry.

Different factors are known to influence the risk of introducing Salmonella into animal feed, including contaminated ingredients, contaminated feed mill environments causing re-infection of the feed, wild birds and rodents [ 2].

The breakage rate constant separates material properties from the milling environment which is defined by the impact energy distribution obtained by the discrete element method (DEM).

Surface modification of particles with polystyrene is observed in all cases regardless of the presence and type of surfactant in the milling environment.

The influence of powder milling environment (water or ethanol) on sintering, mechanical and biological performance and in vitro degradation behavior of the fabricated scaffolds was investigated.

The breakage rate constant formulated in this study also allowed a detailed and rigorous energy-based analysis of the milling environment which provided insight into the origin of first-order breakage kinetics and the time-invariance of the breakage rate constant.

Due to the complicated ball milling environment, how the nanoscale microstructure evolutes during the ball milling in various materials is still under discussion, and some conclusions on the final phases after ball milling are controversial, especially in the field of solid-state amorphization caused by ball milling [3, 4].

A detailed analysis of the effects of the milling process in the presence of different milling environments is reported.

A case study component has been developed to prove the concept of using the milling and turning parts of ISO 14649 to provide a turn-mill CAD/CAPP/CAM environment.