Sentence examples for heat resistivity from inspiring English sources
Monitoring of O2 was not possible for the 80 °C experiments due to the low heat resistivity of the probe.
This technology would make it possible to easily improve the heat resistivity of rubber and would expand their use in a variety of applications that were previously limited due to the issues of heat-resistivity.
The high heat resistivity and high melting point makes chromite and chromium III) oxide a material for high temperature refractory applications, like blast furnaces, cement kilns, molds for the firing of bricks and as foundry sands for the casting of metals.
In order to improve the heat-resistivity of rubber, it is necessary to stabilize the radicals.
A clear bipartite response in heat transfer resistivity was observed upon simultaneous denaturation of these DNA fragments.
Moreover, the partial increases in heat transfer resistivity related to the hybridized amount of non-mutated or mutated DNA, respectively.
These results imply that heat transfer resistivity is a technique which can be used to (i) quantify DNA fragments of interest, (ii) detect and (iii) quantify SNPs in a mixture of mutated and non-mutated DNA fragments.
Therefore in this paper, our measurements of the physical properties including room temperature Young's modulus and thermal expansion, magnetization, thermal conductivity, specific heat and resistivity at temperatures from room temperature down to 2 K are reported.
The transparency range, specific heat, thermal expansion, resistivity, dielectric constants, optical damage threshold and electrooptic (EO) coefficients of langasite crystal, have been determined.
The present study elucidates the temperature-driven evolution of heat conductivity, electrical resistivity and optical reflectance from room temperature up to 1400 °C and links them to structural and chemical changes in Ti1−xAlxN coatings.
In particular, Sommerfeld's theory accounted for the Fermi Dirac statistics satisfied by electrons and was better able to explain the heat capacity and resistivity.
