Sentence examples for behavior at intermediate temperatures from inspiring English sources
Pre oxidation does not affect behavior at intermediate temperatures but at 700 °C causes a significant reduction in friction coefficient and wear.
In recent years, nano-binders (mainly colloidal suspensions) have been proposed as alternative materials for applications that require CaO-free refractory lining or improved mechanical behavior at intermediate temperatures (700 °C< T < 1200 °C).
However, complex behavior of velocity dependence of clay minerals has been reported at elevated temperatures, in which velocity-weakening behavior is found at intermediate temperatures for illite-rich gouges, whereas velocity-strengthening behavior occurs predominantly at lower and higher temperatures (den Hartog et al. 2012).
Taking into account the anomalously intense oxidation of Ti3AlC2-based material at 500 °C and especially at 600 °C [8], the investigation of oxidation behavior of these materials at intermediate temperatures has a great importance.
In spite of thorough research of oxidation behavior of Ti3AlC2-based materials at high temperature, only a few results obtained at intermediate temperatures have been reported [8, 9].
Although the ductility and toughness of these composites at ambient temperatures is improved by the B doping, those of Ni3Al composites drastically decrease at intermediate temperatures due to dynamic oxygen embrittlement, deterioration of grain boundary cohesion and unique behavior of dislocations.
After aging at intermediate temperatures (400 500 °C), Ni-rich Ti Ni alloys undergo an abnormal 3-stage martensitic transformation behavior (1-stage R and 2-stage B19′), which stems from a preferential Ti3Ni4 precipitation around grain boundary.
The results also show that pressure fall-off behavior of the reaction CO + O + M = CO2 + M must be included in the mechanism at intermediate temperatures and superatmospheric pressures.
At intermediate temperatures, dynamic strain ageing effects occur.
