Sentence examples for by deploying on from inspiring English sources

Flaps come in a wide variety of types, including the simple split flap, in which a hinged section of the undersurface of the trailing edge of the wing can be extended; the Fowler flap, which extends the wing area by deploying on tracks, creating a slotted effect; and the Kreuger flap, which is a leading-edge flap often used in combination with Fowler or other trailing-edge flaps.

This could be accomplished by deploying, on a temporary basis, measurement systems separated by different distances and then waiting for an intense magnetic storm to occur.

12 By deploying on the ground in support of national authorities, GF-JIATF is also able to provide the necessary operational guidance to promote follow-up investigations focused on criminal networks that support the importation and distribution of illicit pharmaceuticals.

The uplink data of the users inside the train are gathered to the CCS by pico-base stations deployed on-vehicle, and then the front and the rear stations transmit the gathered data to eNodeBs along the track under the control of CCS.

Voters in Milton Keynes South may not know it, but their constituency is at the forefront of Labour's attempt to win marginal seats by deploying boots on the ground.

"The regime is cutting Qaboun into sectors by deploying tanks on the main roads and crossings to prevent any fighters from moving freely," said a rebel fighter from the neighborhood who gave only his first name, Ibrahim.

By deploying RSs on the boundary between two adjacent cells, the service-interruption time caused by inter-cell handover is reduced.

FAP positions in yellow represent that the system performance will be almost same by deploying FAP on either of these positions.

Carol Rovane suggests that we start instead by deploying something on which everyone could agree, namely, a conception of personhood that's allegedly built into the foundations of every ethical position (including anti-theoretical ones).

By deploying accelerometers on free-ranging Kerguelen shags, we aimed at studying the locomotor and any possible respiratory strategies of deep-diving cormorants for reducing the underwater swimming effort of buoyancy control.

Secondly, we assess the performance of a non-Gaussian spatial distance kernel by deploying kernels on graphs as the choice of a basis function, a procedure that is suitable for discrete input data structures.