Sentence examples for from high thermal from inspiring English sources

Despite many advantages, ICS solar water heaters suffer from high thermal losses in the night/overcast sky conditions.

It has been proven that ventilated wooden facades, in comparison with classical façade plaster, protect the building blocks from high thermal loads.

This is because the heat-conductive fillers surrounded by silicone base cannot touch each other at low filler loading; hence, the thermal conductivity increases very slowly resulting from high thermal contact resistance inside the composites [30, 36].

At low filler loading, the heat-conductive CuO particles surrounded by matrix cannot touch each other; hence, the thermal conductivity increases very slowly resulting from high thermal contact resistance inside the composites [25].

Moreover, its modular design facilitates the selection and optimisation for different scales and applications e.g. as a heat storage for electricity production or as a protection system for a receiver from high thermal stresses in a CSP plant.

Ten years later, microbial life has been found in most if not all of its habitats, from high thermal springs on the Andes Mountains to caves of the Coastal Range, thus building a yet ongoing descriptive stage of extant microbial ecosystems.

This uranium alloy fuel benefits from higher thermal conductivity and higher fissile density compared to uranium dioxide (UO2).

The stresses generated in the laser cladding technique result from the high thermal gradients involved.

One of the most expensive systems for any RLV is the thermal protection system (TPS), which protects the vehicle from the high thermal loads during re-entry.

A rectangular microchannel heat sink manufactured from a High Thermal Conductive Graphite was considered and a colloid of H2O TiO2 was used as working fluid.

In some cases, however, a notable difference in thermal conductivity has a beneficial effect on the joint: for example, no heat-affected zones were produced in a study using friction stir welding, due to the high sink rate resulting from the high thermal conductivity of Cu (Sarvghad-Moghaddam, et al., 2014).