Sentence examples for resistive design from inspiring English sources

In particular, utilizing only the room available in the resistive design and referring to one of the most severe scenario envisaged for FAST, the minimum temperature margin in the coil has been calculated for a thermal load distribution on winding and cable jacket due to nuclear heating only.

Two different voltage dividers were coupled to the Hamamatsu R10233-100SEL PMthetHamamatsutsu E1198-26, based on straightforward resistive network design, and the "LABRVD", specifically designed for our large volume LaBr3 Ce scintillation detectors, which also includes active semiconductor devices.

This featured a comparatively simple resistive damping design.

Vertically aligned multiwalled carbon nanotube (MWCNT) arrays were grown in these templates through xylene pyrolysis, without the use of a catalyst and were integrated into a resistive sensor design.

Novel microfluidic resistive network designs have been evaluated theoretically and experimentally.

In summary, the resistive structures designed using the surfactant-free, environmentally-friendly inks formulated here, exhibit attributes that are extremely desirable for flexible electronics, such as enhanced electronic transport, good mechanical robustness and a TCR that varies minimally with temperature.

A 10-gap pad-MRPC assembled with low resistive glass is designed to construct this area.

The sound absorption of material with poor sound absorption performance can be enhanced with a conveniently designed resistive layer.

In this study, six-gap prototype RPCs made from 1-mm thick high pressure laminated (HPL) resistive plates were designed and built.

In this paper a bilateral resistive circuit is designed and presented with is work as a positive and negative electronically tunable resistor and has zero DC offset.

These resistive pastes are designed for screen-printing onto a printed circuit board (PCB) substrate; further coating with expandable polydimethylsiloxane (PDMS), a composite based on an elastomeric matrix and expandable microspheres, results in one-shot thermal actuators allowing pumping and sealing in disposable micro-fluidic lab-on-a-chip devices.