Sentence examples for material throughput and from inspiring English sources

Hot-melt extrusion processing of E50LV based compositions resulted in high torque loads, low material throughput and polymer degradation.

These are: a minimum in pressure at around 150°C for constant material throughput and a maximum in material throughput at 150°C when a constant pressure level is maintained.

We find that OECD economies have significant potential to reduce their material throughput and carbon emissions with little impact on economic growth, and that developing economies such as China could expand their economies at much lower environmental cost.

The specific mechanical energy, which involves the combination of screw speed, material throughput and torque required to rotate the screws was correlated with the applied liquid-to-solid ratio to present process maps.

Irrespective of the ultimate source of the effect, its potential advantage for certain melt processing operations should be apparent through requiring less energy for a given material throughput and by ensuring distortion-free extrudates under conditions where otherwise such distortions would be present.

The results showed that screw speed is the most influential parameter in terms of RTD and axial mixing in the TSG and established a significant interaction between screw design parameters (number and stagger angle of kneading discs) and the process parameters (material throughput and number of kneading discs).

The experimental data were obtained for various liquid binder (water) to solid ratios, screw speeds, material throughputs, and screw configurations.

The model considers important variables, including the HPGR rolls geometry and design, the hydraulic spring system start-up parameters and the material loading response, to describe key operational outputs as material throughput, operating gap and roller pressure distribution.

The flexibility in process settings such as the binder addition method (wet vs. dry), screw configuration, screw speed and material throughput allows to modify the granule size and shape.

This paper engages with emergent conceptualizations of political industrial ecology to understand the politics surrounding how the volume, composition, and material throughput of stormwater in Los Angeles is calculated and applied by experts.

It first compares changes in the social metabolism (i.e. the total energy or material throughput of the economy) and in landscape structure and function from 1850 to the present in three municipalities of the Vallès county (N of the BMR), as a first attempt to establish a link between the societal uses of land and energy together with their impact on landscape patterns.