Sentence examples for jet flow through from inspiring English sources

Inspired from the Savonius Blade, this research project designed the diffuser form as compartment between S blade and Tandem Blade of Savonius to produce "jet flow" through narrow gap on the advancing blade in order to rotate more powerful the returning blade.

A jet flow through the leakage point can be observed in some cases, while other cases may show no CSF flow during the Valsalva maneuver.

The effect of pH on the kinetics of the bioelectrocatalytic reduction of H2O2 catalysed by horseradish peroxidase (HRP) has been studied at –50 mV vs. Ag∣AgCl on HRP-modified Au electrodes placed in a wall-jet flow-through electrochemical cell.

The effect of these mutations on the direct electron transfer (ET) between Au and the enzyme was studied in the reaction of the bioelectrocatalytic reduction of H2O2, at –50 mV versus Ag|AgCl, on rHRP-modified Au electrodes placed in a wall-jet flow-through electrochemical cell.

The larger the tip clearance, the lower the turbine efficiency due to the increased loss associated with the hot jet flowing through the gap without generating work.

The jet-flows through combined holes could increase the efficiency by 0.35% with loose tip clearance, and by 0.3% with tight tip clearance.

It is shown that the diffuser׳s performance is strongly influenced by its length to diameter ratio and by the jet flow that develops through the turbine׳s tip gap.

Experimental observations are presented of the far field noise radiated when a diffusing, turbulent, circular jet passes over a rigid flat plate mounted parallel to the jet flow, spanning the jet through its axis.

The energetics of the sound radiation process when a supersonically moving aerofoil cuts through a steady jet flow are examined.

The objective is to assess their capability and limitations to predict the significant features of twin jet flow when the flow is numerically resolved through a lobed diffuser.

Multiple steady flow solutions are observed through continuously changing the impingement jet flow speed or varying the moving speed of the plate.