Sentence examples for conventional tunnel from inspiring English sources

The performance of conventional Tunnel FETs struggling from ambipolar issues, insufficient on-current, lower transconductance value, higher delay and lower cut off frequency has been improved by introducing several material and device engineering concepts in past few years.

Our work was stimulated by systematic deviations of transport characteristics measured for nominally trilayered metal-barrier-metal heterostructures based on novel superconductors from related theoretical predictions for conventional tunnel junctions with a transmission probability D < < 1 [2], as well as for S-c-S S-c-S S-c-Sh deviceshere c stands for a constriction [3].

We demonstrate the procedure with three illustrative case study examples representing the range of complexity: a conventional tunnel, the design and construction of the underground powerhouse for the Shuibuya hydro-electric project in Hubei Province, China, and designing a radioactive waste repository.

Although the round length has a major technical and economical impact in conventional tunnelling, no coherent procedure is available for its determination.

The whole working face of each tunnel is divided into two parts, first the upper part is headed, and then the lower part: The circled digits in Fig. 8 represent the tunneling sequence of the surrounding rock within the tunnel contour by conventional tunneling method [18, 19, 20].

The other G.M. divisions opted for a conventional driveshaft tunnel, with a hump in the floor and a more conventional drivetrain.

The testing methodology permitted assessment of both global and local member response for a VE-damped structure not available through conventional wind tunnel testing methods.

It was found that conventional wind tunnel test results in the low Reynolds number region are conservative for wind resistant-design of bridge decks.

The conventional agricultural tunnel greenhouse is highly widespread in Mediterranean countries, despite the shortcomings it presents, specifically the overheating during the day and the intense cooling at night.

The adequacy of various formulations of biodegradable agricultural films for low tunnels depends primarily on their mechanical behaviour and, of course, on their biodegradability behaviour, as compared to the corresponding behaviour of conventional low tunnel films.

Therefore, from a wind engineering point of view, in order to correctly evaluate conventional wind tunnel test results, Reynolds number effects on the steady and unsteady aerodynamic force coefficients acting on bridge decks must be carefully investigated.