Sentence examples for principle device from inspiring English sources
The formalist critic Viktor Shklovsky wrote: "Babel's principle device is to speak in the same tone of voice about the stars above and gonorrhoea".
A principle device is called antiphony, which involved two groups that sang in alternation or a leader who sang and was answered by a group of singers.
This would be a 'proof of performance' device which would follow and build upon the successes of the national spherical torus experiment (NSTX) 'proof of principle' device which has operated at PPPL since 1999.
This paper will introduce the research work over the past 10 years conducted by the authors' team on: the new ultra high speed protection principle, device implementation and test results obtained by utilizing the transient characteristics of the AC and DC transmission systems.
We present simulation results demonstrating the viability of such a device and initial phantom results from a proof of principle device.
In principle, devices with different capabilities may be able to complete different instruction sets, and therefore may result in different classes of computable tasks (see the entry on computability and complexity).
Design of GaN-based vertical metal-semiconductor field-effect transistors (MESFETs) on commercial light-emitting-diode (LED) epi-wafers has been proposed and proof of principle devices have been fabricated.
The proof-of-principle device currently under development consists of a Compton-camera situated behind a mechanical modulator.
The design of the micro-clasp gripper is obtained through a systematic modeling and topology optimization techniques, and a proof-of-principle device is microfabricated using conventional micromachining techniques.
The accelerator, known as EMMA (Electron Machine with Many Applications) and built at the Daresbury Laboratory in the United Kingdom, is a proof-of-principle device of a design with the catchy name of a nonscaling fixed-field alternating-gradient accelerator, or nonscaling FFAG.
This article focuses on the basic operation principles, device architectures, materials, and applications.
