Sentence examples for extremely large ratio of from inspiring English sources

A comparison between CHS-CFSHS T-joints and empty CHS-SHS T-joints showed that CHS-CFSHS T-joints generally have better fatigue behavior compared to their empty counterparts except for the case of extremely large ratio of brace diameter to chord width.

Flexible air-stable short-channel polymer organic field-effect transistor (OFET) arrays with high saturated output current density are demonstrated by utilizing a novel solution-processed naphthobisthiadiazole (NTz) based donor acceptor semiconducting polymer (PNTz4T) and designing a three-dimensional vertical channel structure with an extremely large ratio of channel width to channel length.

Also note that during the electron irradiation, the beam was expected to heat the specimen by no more than a few degrees [4, 7, 8] due to its extremely large ratio of surface to volume, and the dominant irradiation effect should be athermal.

Extremely large ratios of the CO2 CH4 production rate (13,762 and 44,885 under two soil water conditions: saturation and flood conditions of twice the saturation level) were observed.

Of these two groups, strains from the high B/A ecotype, which have larger ratio of chlorophyll b/a2 are able to grow at extremely low irradiance, whereas those from the low- B/A ecotype containing lower ratio of chlorophyll b/a2 are unable to grow under these conditions.

This enables the fabrication of a microscale cylindrical component less than 100 μm in diameter with an extremely large aspect ratio, which is extremely difficult to produce by conventional machining techniques.

Highly localized corrosion pattern may occur due to extremely large cathode/anode ratio.

The dye displays an excellent photon yield and extremely large contrast ratio, enabling high resolution, high density microscopy without regard to chemical environment.

If vapor recompression, bottom flashing or heat pump assisted distillation systems are applied on the C1 C2 and/or C2 C3 distillation columns, extremely large values of compression ratio (~ 3 5) will be required for providing the possibility of heat transfer from the top product to the bottom one.

This is due to the superb properties of nanostructures such as high aspect ratio, extremely large surface-to-volume ratio, and high porosity[6 10].

Owing to the extremely large surface-to-volume ratio of one-dimensional nanostructures, it is possible to develop sensors with exquisite sensitivity.