Sentence examples for for a given dust from inspiring English sources

For a given dust size a = 0.1μm, porous dust results in smaller AV/Δτ3.4 μm and AV/Δτ9.7 μm values than compact dust (see Section 2).

For a given dust size, both AV and Δτ3.4 μm, Δτ9.7 μm decrease with the porosity P, although the degree of decrease is somewhat less significant for Δτ3.4 μm and Δτ9.7 μm than for AV (thus AV/Δτ3.4 μm and AV/Δτ9.7 μm decrease moderately with the increase of P; see Table 2).

For any given dust type the ease with which dust clouds ignite and the rates with which they burn, vary considerably with factors well known in powder science and technology.

The presence of the carbonate minerals as reflected in the works of Obiora and Charan [21] would increase the strength of the shale quarry dust for a given cement type and dosage.

To examine the relationship between the exposure of participants in this study with concentrations in their serum, we plotted serum concentrations of ∑HBCDs for a given individual against exposure a) via diet and dust (under an average dust ingestion scenario) combined, b) via diet and dust (under a high dust ingestion scenario) combined, c) via diet alone, and d) via dust ingestion alone.

It is clearly seen that for a given porosity, the variation of AV/Δτ3.4 μm with dust size exhibits a tendency similar to that of AV/Δτ9.7 μm.

In addition to differential modes of abrasion, variable concentrations of dust in different zones can also be considered for a given system design and operational protocol.

These comparisons elucidate EDS performance in the removal of a given size range of dust particles.

Examples include wood-burning sources within a given buffer for EC and OC concentrations, or dust and sand sources for Si.

In the case of dust explosion venting, the maximum pressure Pmax generated in a given vented industrial enclosure is not only influenced by inherent dust parameters (dust chemistry including moisture, and sizes and shapes of individual dust particles).

In this study, a general equation for dust removal in the centrifugal dust removal section (CDRS) of ECP fan is deduced by applying the classic force equilibrium principle, which states that the centrifugal force on a dust particle should be equal to the aerodynamic resistance of the corresponding spiral airflow at a given spatial point.