For a finite air volume, increasing the number of instabilities means that more and smaller bubbles will break away.
The nonlinearity of Δpl increases when the plenum chamber volume increases, and it decreases when the air volume flow rate increases.
After RM, the total lung volume and air volume were significantly increased before and after induction of ARDS in the two models (P < 0.05).
Applications varied by facility and included increasing exhaust air volume with the addition of assist fans, ways to reduce room leakage and confirm negative pressure, such as using flutter strips on doors or pressure gauges on walls.
High fabric thickness along with high fabric porosity, leads to increased air volume fraction resulting in more water entrapment by pores, and hence, high water absorbency of carded yarn fabrics.
The calculated largest Lyapunov exponent shows that with increase of air volume flow rate, the time period for the process of liquid flow to lose stability becomes shorter and at high air flow rate such as q=1500 cc/min, it is shorter than the time period between subsequent bubbles.
The results highlight a significant reduction of the impact load with the increase of the air volume fraction.
Increasing the value of core porosity leads to increase the amount of air volume in the porous-core region.
Further, correlations are found showing that the normalized increase in local air temperature is linked to the local air volume flow rates and thermal diffusivities.
Air contamination regularly (although unpredictably) increased measured HbO within minutes after preparation; apparently, errors increased as a function of haemoglobin oxygen affinity, storage temperature, air volume fraction and sample agitation (Fig).
variable air volume flow.
