The phrase "average pressure gradient" is correct and usable in written English.
It can be used in contexts related to physics, meteorology, or engineering when discussing the change in pressure over a certain distance.
Example: "The average pressure gradient in the atmosphere can significantly affect weather patterns and storm development."
Alternatives: "mean pressure gradient" or "typical pressure gradient."
The average pressure gradient is usually around 1.0 bar/m.
Deformable drops (with non-deformed diameter comparable with the particle size) squeeze between the particles under a specified average pressure gradient.
Preoperative transthoracic echocardiography (TTE) revealed the aortic valve to be tricuspid, with a valve area of 0.57 cm [2], maximum flow rate of 5.0 m/s, maximum pressure gradient of 101 mmHg, and average pressure gradient of 64 mmHg.
For high discharge/groundwater levels, composite anomaly patterns of the mean sea level pressure show a stronger than average pressure gradient across the North Atlantic Ocean, with enhanced water vapour transport across southern England.
obtained from considering a laminar flow of a Newtonian fluid, whose viscosity is μ ∗, in a tube of radius R ∗ with the mean velocity v c ∗, where the factor 1 / 2 has been introduced to simplify calculations in the sequel (we recall that the actual average pressure gradient in the dead end configuration is less than the one in the Poiseuille flow).
The mean pressure gradient across the restrictive orifice was estimated by averaging the instantaneous gradients obtained from continuous wave Doppler recordings[ 13].
In Area B, Well-5, Well-6 (upper pressure points), and Well-10 showed an average oil pressure gradient of 0.3 psi/ft.
Thus, if a planet has an average temperature and pressure gradient higher than these threshold limits, they may very well possess atmospheric Supercritical CO2.
In the vertically averaged momentum equation, we use the exact vertical average of the horizontal pressure gradient in place of the approximation used inop cit.We then apply natural time discretizations and show that the modified splitting produces considerable improvements in stability.
Liquid holdup in slugs is a critical slug flow characteristic for predicting average liquid holdup and pressure gradient in two-phase pipeline systems and for designing downstream separation and process facilities.
The volume averaging technique is revisited resulting in a new averaging approach to the pressure gradient term.
