Sentence examples for minimal flow rate from inspiring English sources

The third option appears preferable as it has an intermediate response time and requires only a minimal flow rate change.

As such, the underlying two-phase flow dynamics and its influential parameters, as well as the minimal flow rate of the continuous phase required for the displacement of the accumulated water, are of primary industrial interest.

Finally, it was demonstrated that the improvement of the homogeneity of the films could be attained by using a minimal flow rate of the feedstock with low aluminum concentration.

We demonstrate that the closure is able to give a good prediction of displacement front velocities in the viscous regime, comparing well with experimental values, and can be used for approximating other design features of a displacement process, e.g. the maximal static wall layer (in the case of a yield stress fluid) and the minimal flow rate to prevent backflow.

Q 4 shows minimal flow rate and stops at pressure head of 0.48, similar to the curve shown in the three-stage system.

In our experience, slowing the flow of the circuit to the minimal flow rate that would prevent thrombus formation for the duration of the scan (15 20 s) has worked well in cases of suspected pulmonary embolism (Fig. 18).

Explicit rigorous solutions for the flow characteristics (pressure and stream function) enable calculating optimal wellbore isolation with a criterion of minimal water flow rate from the fracture.

An additional 10 mg MMC was administered at 60 min. The minimal acceptable flow rate was 500 mL/min with no limit on the maximum achievable flow rate.

The nozzle system designed and presented below assures the protection against material oxidation using minimal gas flow rates and increases the welding penetration in the case of high-power Nd YAG laser welding.

Percutaneous venous access, simplicity of circuit, minimal anticoagulation requirements, blood flow rate, and haemodynamic impact of this device are more similar to renal replacement therapy than to common extracorporeal respiratory assistance, making it feasible not only in just a few dedicated centres but in a large number of intensive care units as well.

The applied suction controlled the degree of water immobilization whereas flow rate had minimal effect on the dynamic behavior.