Sentence examples for large range of flow from inspiring English sources

In this work, we designed a condensation testbed to measure the key heat transfer parameters at liquid nitrogen temperatures within a large range of flow regime.

This simulation study reveals that only the one-parameter hydrodynamic model is able to predict the adsorber dynamics over a large range of flow rates.

Nonetheless, numerical experiments suggest that the proposed two-phase flow solver efficiently models wet/dry fronts and vacuum formation for a large range of flow conditions.

While there is no unique "best reactor" geometry, a knotted reactor with knots of alternating flow directions and a serpentine II design with greater horizontal than vertical spacing performed well over a large range of flow rates.

Conceptually, this is the simplest method of providing ECCOR via a console, and although it does not provide any special benefits over separate components, the pump is designed to provide reliable flows throughout a large range of flow rates.

The ultrahigh imaging speed and high sensitivity for a large range of flow velocities make ultrahigh speed swept source/Fourier domain OCT an excellent technique for measuring total blood flow in papillary vessels.

It was validated on experimental values with a large range of flows.

However, the scenario with two fluids side by side in the first junction generates droplets with high monodispersity for the largest range of flow ratios, which is useful for high throughput reactions involving different reagents.

The study indicated that, although the performance of the logarithmic function model was acceptable, the power function model generally performed better over a larger range of flow velocity values and was better able to represent the flow velocity discharge rate relationship in the unique context of the Loess Plateau.

Using Impella 5.0 offers a larger range of flow than Impella 2.5, one reason to choose the largest device to unload the LV when a switch strategy was conceivable.

Carbon dioxide (CO2) could be used as an alternative to water to extract heat from these systems considering its advantages of ease of flow through the geothermal reservoir, strong innate buoyancy that permits the use of a thermosiphon rather than a pumped system over a large range of fluid flow rates, and lower dissolution of materials that lead to fouling.