Sentence examples for range thermal from inspiring English sources

Evans (2004) suggests that these secondary serpentine minerals can form at temperatures as high as 400°C, thermal conditions that are appropriate for the seismogenic zone in the SAFS and Coast Range Thermal Province (Sass et al. 1997).

The reverse-cross flow geometry is further investigated experimentally at range thermal intensities from 53 to 85 MW/m3 atm with specific focus on exhaust emissions, radical emission, global flame photographs and flowfield using novel but simplified geometry for easy transition to applications in gas turbine engine applications.

Within the physiological temperature range, thermal energy alone was found to be generally insufficient to initiate channel activation.

Their amendment will also require a $3.2 billion high-tech border surveillance plan — including drone aircraft and long-range thermal imaging cameras — as well as an electronic employment verification system and a visa entry/exit system at all air and sea ports.

The Corker-Hoeven proposal will also include a $3.2 billion high-tech border surveillance plan — including drones, infrared ground sensors and long-range thermal imaging cameras — and require both an electronic employment verification program for all employers and a visa entry/exit system at all air and seaports, in order to limit immigrants who overstay their visas.

Long-range thermal energy transfer accounts for small-scale effects that are assumed proportional to the product of the interacting masses, to a distance-decaying function, as well as to their relative temperature.

In this paper the thermodynamic consistency of the model is investigated obtaining some restrictions on the functional class of the distance decaying function that rules the strength of the long-range thermal energy transfer.

The improved FMSC uses solar concentration collectors suited for mid-range thermal applications (90 200 °C) and is designed for easy installation in buildings because of its relatively small extension.

The aim of this study is to extend a recently proposed fractional-order thermodynamics ([5]), where the thermal energy transfer is due to two phenomena: A short-range heat flux ruled by a local transport equation; a long-range thermal energy transfer that represents a ballistic effects among thermal energy propagators.

The results show that the proposed model could accurately predict full-range thermal-hydraulic characteristics and post-dryout deviation from thermodynamic equilibrium.

These results demonstrate that both the magnitude of DTF range and thermal averages need to be considered simultaneously when parsing the effects of changing thermal environments on complex developmental responses, particularly when they have potential functional and adaptive significance.