Sentence examples for used deflector from inspiring English sources

Expectations and targets: what does that mean?" Another commonly used deflector was that a Six Nations tournament in a World Cup year was a mere laboratory in which performances and combination-tests counted for more than results.

Some work has already been reported on external reinforcement by keeping the reinforcement at the sides of the beam using deflectors, mechanical anchoring devices and strengthening end anchorage zones.

Initial testing using deflectors to guide the oncoming airflow upward showed that the cross axis wind turbine produced significant improvements in power output and rotational speed performance compared to a conventional straight-bladed vertical axis wind turbine.

This study results two model CROSSVAT rotor using Tangential Deflector (model 1) and Radial Deflector (model 2).

In MS/MS, the accelerating voltage was first set to 8 kV and the precursor ions of interest, accompanied by their in-source-generated daughter ions, were selected using a deflector ion gate.

Schematic diagram of the surface-electrode decelerator and deflector used to manipulate beams of H2 molecules in high Rydberg states.

The study used a 45° deflector to guide the oncoming airflow upward (vertical wind direction).

The external elements are self aligning systems, a conveyor and a deflector, used to increase the rotor's aerodynamic performance.

The algorithm describes a flow that is influenced and altered by a set of deflectors, which each act according to the magnitude of their attraction and the area of their influence The distribution of the programmatic elements on the site is used as the deflector set that guides the flow of the rhythm lines which originate from the sea.

"But owing to the well-being of the many tributary streams that feed into the main channel — some of which have been rehabilitated by Fisheries Boards using weirs, deflectors and spawning gravel — it is still quite a productive river".

We further demonstrate the combination of ROCS imaging with fast and nanometer-precise 3D interferometric back-focal-plane tracking of multiple beads in time-shared optical traps using acoustooptic deflectors to specifically construct and microrheologically probe small microtubule networks with well-defined geometries.