Sentence examples for average temperature gradient from inspiring English sources

Where thermal spreaders were used, the average temperature gradient of the HRSG casing decreased from 52 °C to 16 °C.

The quality of dried carrot cubes under the average temperature gradient (ATG) of 6 °C mm−1 was better than that under other ATGs.

The average temperature gradient was higher and smoother in IIR-SOFC under a co-flow pattern than that under a counter-flow pattern, leading to lower overpotential and higher cell performance.

The formulation of such problems can be simplified by using specialized equations which model heat conduction in rigid shells in terms of two temperature fields: one for the average temperature and the other for the average temperature gradient through the shell's thickness.

The average temperature gradient at depth interval of 760 to 900 mbsf was calculated to be 37.4 mK/m, using data from thermistors T2 to T5. Core samples to 1,150.0 mbsf were obtained almost continuously from Holes C0002B, C0002C, C0002D, C0002H, C0002J, C0002K, and C0002L, except for the depth interval of 1,057.0 to 1,100.5 mbsf (Ashi et al. 2009; Moore et al. 2013).

To evaluate the thermal properties and pressure losses of a heat exchanger, five fin parameters and four optimization targets (i.e. average temperature, temperature gradient in longitudinal direction, temperature gradient in transverse direction and average static pressure drop from the inlet to the outlet of the heat exchanger) are proposed.

The average air temperature gradient is estimated as 1 K for 184 m of altitude (Claps et al. 2008).

The average vertical temperature gradient over the upper 50 m (measured with XBT's) was inversely correlated with density at 2 m depth, demonstrating a strong connection between the surface water properties sampled from the ferry and those of the euphotic zone.

At mid-width (x=0.5a), it is approximately equal to the Nusselt number, which is the non-dimensional horizontally averaged surface temperature gradient.

The map shows an association between the average-annual temperature gradient, latitude, and longitude.

Thus, if a planet has an average temperature and pressure gradient higher than these threshold limits, they may very well possess atmospheric Supercritical CO2.