Sentence examples for material at temperatures from inspiring English sources

We have successfully synthesized Mg2Si-coated CNTs through the combined processes of the sol-gel method, magnesiothermic reduction, and liquid-solid phase reaction for use as a flexible TE material at temperatures above 500 K.

Tensile testing showed that the strengths of the joints are similar to the strength of the γ-TiAl base material at temperatures between room temperature and 600°C.

The paper then describes an extensive study about the tensile, shear and compressive responses of the GFRP material at temperatures varying from 20 °C to 250 °C.

All but the Tb4O7 (which gave total oxidation) were found to give higher yields than the Li/MgO material at temperatures up to approaching 750°C but the Li/MgO system gave better results at higher temperatures.

The charge distribution profiles observed by the thermal step method indicate that the increase of the conductivity observed in this material at temperatures just below the glass transition is mainly due to the positive carriers.

The constitutive description is initially developed from the analysis of the stress strain curves obtained from axisymmetric compression tests conducted under nominal constant testing conditions, which involved the deformation of the material at temperatures in the range of 1123 1473 K and strain rates of 0.01 10 s−1, up to effective strains spanning from approximately 0.6 to 1.

In the early 1950s Bardeen resumed research he had begun in the 1930s on superconductivity, and his Nobel Prize-winning investigations provided a theoretical explanation of the disappearance of electrical resistance in materials at temperatures close to absolute zero.

However, excessive oxidation occurring in these materials at temperatures above 700 °C has hindered their widespread use.

In 1962, Slack extensively studied and analyzed the thermal conductivity of a single crystal of paramagnetic bulk Fe3O4 materials at temperatures of 3 to 300 K [17].

By the process of friction surfacing, coatings are generated from metallic materials at temperatures below their melting range.

A new lithium-excess method is used for the synthesis of LiNi0.5Mn1.5O4 electrode materials at temperatures in the 600 800 °C range.