Sentence examples for cumulative surface area from inspiring English sources

Experimental measurements of dropsize at multiple locations within the spray plume and robust computation of the cumulative surface area of the drops is required to ascertain the liquid surface area availability.

Other physicochemical properties of the biochars, such as the % volatile C, % H, porosity, and cumulative surface area, were associated with increased aerobic bacteria and fluorescent pseudomonads in soil, but not associated with biochar removal by earthworms.

The BJH adsorption cumulative surface area of pores between 17.000 and 3000.000 Å diameter is 132.073 m2/g.

From these results, the single-point surface area at P/Po = 30.7536 (m/g), BET surface area = 34.1802 (m/g), BJH-adsorption cumulative surface area of pores = 31.148 (m/g), BJH-desorption cumulative surface area of pores = 35.8813 (m/g), adsorption average pore width (4V/A) = 218.04, BJH-adsorption average pore diameter (4V/A) = 230.75, and BJH-desorption average pore diameter (4V/A) = 206.33.

However, as experiment 1b, by pairing the cumulative surface area we could have provided subjects with additional non-numerical cues.

That is, when the cumulative surface area was controlled for, the overall space of the arrays was not, and vice versa.

As the CO2-activation time increased, the number of micropores and mesopores both increased, where pores in the 0.6 nm range eventually became pores in the 0.13 nm range, and the cumulative surface areas and pore volumes both increased significantly.

As the carbonization temperature increased, the number of micropores in the 0.6 nm range decreased, with essentially no effect on the pores in the mesopore range, and the cumulative surface areas and pore volumes both decreased, but only marginally.

In SIZE DOTS trials, each circle had a radius of 0.6 cm yielding cumulative surface areas between 9.04 cm2 and 33.90 cm2 and cumulative perimeters between 30.16 cm and 113.10 cm.

The resultant algorithm provides fully automated measurements of the branch length (in pixels and micrometers) and cumulative surface areas (in square pixels) of the individual ducts as they appear in all the frames.

Further, a methodology to compare the cumulative drop surface area with the effective interfacial area measurements is presented.