Sentence examples for function of pressure and time from inspiring English sources

The DoI as a function of pressure and time was obtained from the micro-scale CFD within a range of pressures found in the macro-scale CFD.

Related data are given as nitrogen concentration in the nitrogen ammonia gas mixture as a function of pressure and time.

The results showed that particle size regularly changes as a function of pressure and time as the most effective factors.

In order to extract the information on the variations in the microstructure and free-volume hole as a function of pressure relaxation time t, we first considered the inhibition of ortho-positromium (o-Ps) formation by positron-irradiation induced free-radicals; second we evaluated the quantity ΔI3 t), i.e. the difference in the o-Ps formation probability between P = 25 (or 50) and 0 MPa.

Positron annihilation lifetime spectra on polystyrene (PS) have been measured as a function of pressure relaxation time (t = 0 100 h) under the initial uniaxial pressure P = 0, 25 and 50 MPa, respectively.

The clinical variables: type of the donor, age and gender of the recipient, characteristics of acute rejection episodes, type of initial graft function, mean arterial pressure, and time after transplantation did not correlate with the serum levels of β2MG (P > 0.05).

Because of viscoelastance and other time-dependent force-distributing phenomena, the tendency of a previously collapsed airway to open (or 'yield') is a function of both transpulmonary pressure and time [ 9].

In fact, CFD methods possess the potential to augment the data obtained from in vitro methods by providing a complete characterization of hemodynamic conditions (blood velocity and pressure as a function of space and time) under precisely controlled conditions.

methods possess the potential to augment the data obtained from in vitro methods by providing a complete characterization of hemodynamic conditions (blood velocity and pressure as a function of space and time) under precisely controlled conditions.

It aims to predict permeate flux, total hydraulic resistance and the milk components rejection (protein, fat, lactose, ash and total solids) as a function of transmembrane pressure and processing time.

As seen in Figure6, the response surface and 3D plots were enhanced as a function of oxidant pressure and experimental time.