Exact(4)
Respiratory compliance was not significantly different between the study periods either (p = 0.74), but mean airway inspiratory resistances did increase with increasing flows (14.6 ± 4.4 vs. 15.6 ± 4.5 vs. 18.9 ± 6.2 vs. 22.5 ± 7.1 vs. 25.7 ± 9.6 cmH2O/L/s, respectively, for SB, 5, 20, 40 and 60 L/min; p = 0.01).
The observed lack of dilution in PE samples reflects the importance of decreased treatment efficiency that occurs for many compounds with increasing flows.
A significant increase in concentration with increasing flows occurs for many compounds for treated flows (see Table S4A) despite the decrease in concentration observed for untreated (CSE and PI) samples with increasing discharge (Table S4B).
The higher proportions of treated plant effluent loads associated with high flows reflect the substantial decrease in removal efficiency with increasing flows; all these compounds have a slope >1 for the log log relation between concentration and plant effluent flow (Table S4A, S4B).
Similar(56)
Blood flow features, pressure, and energy efficiency are analyzed at rest and with increasing flow rates to simulate exercise conditions.
The extent of recirculation zones increases with increasing flow rate.
Two parallel stage-discharge curves increased with increasing flow depth.
The length of the slugs decreased with increasing flow rate.
The value of K′m decreased with increasing flow rate.
The subcutaneous pressures and mechanical strain increased with increasing flow rate but not increasing dose volume.
The mixing percentage increased slowly with increasing flow rate, but rapidly with decreasing microchannel width.
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