Sentence examples for function of pressure change from inspiring English sources
The use of PSP relies on accurate measurement of changes in the paint's luminescent intensity as a function of pressure change, which in turn requires careful monitoring and placement of light sources and pre-calibration of the PSP covered surface in "wind-off" conditions.
(2) and (3) are solutions for multiphase flow problems when the fluid density is treated as a function of pressure with slight change in density.
This implied that, instead, the system range should factor in a probabilistic risk of failure calculated as a function of the induced pressure change from its oscillations.
Maps of ignition phasing and heat release were created as a function of pressure and temperature to indicate the change in reactivity (defined by the first and second stages of ignition) as a function of state conditions as well as the fraction of heat release associated with the two stages of ignition.
The fitted function for the pressure change during pressure buildup period shown in Fig. 4b is y = 148.78403 × exp(−x/2.59781) + 148.78403 × exp(−x/2.59781) + 48.20739, which means that pressure change is an exponential function of the ratio of the effective permeability.
Because, of course, these do change as a function of pressure.
What could change as a function of pressure is where these happen to lie.
It is evident from the study that the softening of shear elastic constant C44 and Γ point transverse optical phonon frequency as a function of pressure in α-Zr are associated with change in effective potential landscape for the E2g phonon at Γ point of the Brillouin zone.
While De Beule et al. (2008) assessed the importance of balloon folding in the expansion behaviour of a Cypher stent and proved that the folded balloon was the only model that produced results consistent with the data provided by the manufacturer, in terms of diameter change as a function of pressure.
The GMI curves display great changes as a function of pressure.
The results showed that particle size regularly changes as a function of pressure and time as the most effective factors.
