Sentence examples for employed flat from inspiring English sources

Two of these systems employed an IIT/CCD detector (NewTom 9000 and Accuitomo 3DX), and three systems employed flat panel detectors composed of amorphous silicon (Kodak 9000 3D) or CMOS (ProMax 3D and DCT PRO).

For this reason, most of the indirect methods have employed flat-type substrates in preparing CNTs.

Through an Irish case study, we find that commonly employed flat-rate FiTs are only optimal when policymaker risk aversion is extremely low whilst constant premium policies are only optimal when investor risk aversion is extremely low.

The French and Belgians advance on Luyghem began as soon as the causeway was captured, Belgian troops employed flat-bottomed boats to navigate to the north of the village.

The wheels employ flat motor technology (powered by a rechargeable 12V NiMH battery) to assist when going over bumps, up hills and the like.

As satellite payload electrical power system requirements continue to grow, satellite systems employing flat panel arrays have reached limits set by either on-orbit dynamics that limit the size and shape of the deployed array, mass constraints set by the launch vehicle, or by the limits set by the volume constraints of the launch shroud.

Given that we employ flat features in our first option and a tree feature in our second option, a natural third option is to combine the flat and tree features to train a classifier.

Specifically, in addition to training SVM classifiers that employ flat features (as in Rink et al. (20)) and structured features (as in Zhu et al.'s tree kernel-based approach), we include in our ensemble a k-nearest-neighbor classifier.

The speaker technology employs flat-panel mid-bass drivers and proprietary MMD® tweeters with integral waveguides delivering organic tones with enhanced stereo imaging.

As an example, the optimization of an industrial process heat-system employing flat-plate collectors is presented.

Current methods employ a flat two-dimensional (2D) format even though three-dimensional (3D) scaffolds are more representative of the tissue environment in vivo and cells are responsive to topographical differences of 2D substrates and 3D scaffolds.