Sentence examples for thermal resistivity from inspiring English sources
Sulfide PiG plates were diced into 100×100 μm cubes which showed enhanced moisture resistance and thermal stability due to high thermal resistivity of the glass-based PiG encapsulant and design of PiG microcube.
This paper will be extended through the implementation of the experimental device into a numerical model by applying a calculation software to the finite volumes; the result is a predictive model of the soil resistance able to furnish accurate information of the real mean radial thermal resistivity surrounding the geothermal exchanger.
Usually, small size, laboratory thermal resistivity probes have been used for this purpose and their efficiency in measuring soil thermal resistivity has already been established.
With an increase in both moisture content and dry density, the magnitude of thermal resistivity decreased.
Thermal resistivity decreases with the increase of dry density and particle size.
Estimation of thermal resistivity of soils is very important for various engineering projects.
To achieve this, measurements of electrical and thermal resistivities were carried out on different types soils compacted at different densities and moisture contents.
The knowledge of soil electrical and thermal resistivities is essential for several engineering projects such as laying of high voltage buried power cables, nuclear waste disposal, design of fluidized thermal beds, ground modification techniques etc.
The transparency range, specific heat, thermal expansion, resistivity, dielectric constants, optical damage threshold and electrooptic (EO) coefficients of langasite crystal, have been determined.
Generally speaking, with the suitable electrical resistivity, thermal conductivity and thermal stability, a crystalline TiO2 layer should hopefully serve as the bottom heating layer in PCM cells to improve the thermal efficiency and, therefore, reduce the power requirement during phase transitions.
The aim of this paper was to present the data on investigations of the morphology of formed new materials and functionality based on their mechanical properties (hardness, wear resistance), electrical resistivity and thermal stability of smooth-faced copper coatings with chromium and sulfur inclusions as compared with those of crystalline surface of pure copper matrix.
