Sentence examples for behavior of high temperature from inspiring English sources
A mathematical model is presented to describe the steady state behavior of high temperature solid electrolyte fuel cells.
Some curious behavior of high temperature graphene etching by oxygen is described that allows convenient visualization of interdomain boundaries and internal stresses.
The present study provides essential information for further study on the fragmentation behavior of high-temperature molten droplets in coolant.
In addition, a sensitivity study of the potential effects on the transient behavior of high-temperature reactors due to the presence of an inter-layer gap is included.
We present in this paper new numerical results of high temperature mechanical behaviors of heated functionally graded (FG) plates, emphasizing the high temperature effects on static bending deflections and natural frequencies.
The high temperature behavior of longitudinal (shear) wave velocity for SrX (X = O, S, Se, and Te) can be considered as predictive studies as they cannot be compared due to unavailability of high temperature data.
Comparing the results with previous works it is found that they capture the trend of the PVDF material behavior for high temperature.
In this contribution we describe the results of a study into the thermal and thermo-mechanical behavior of a high temperature micro gas reactor for investigation of the intrinsic reaction kinetics of rhodium-catalyzed direct catalytic partial oxidation (CPO) of methane into synthesis gas.
The present paper describes a study of the influence of cold spraying on the microstructure, heat treatment response and mechanical behavior of a high temperature 2618 aluminum alloy (Al Cu Mg Fe Ni) modified with 0.16 wt.% Sc.
An interesting finding was hydrophilic behavior of the high temperature thin films without UV irradiation.
In the frame of the European Integrated Project RAPHAEL (ReActor for Process heat, Hydrogen And ELectricity generation) a benchmark exercise on the experimental transients conducted in the HE-FUS3 helium facility (Brasimone, Italy) was organized to assess the codes capability in simulating the thermal hydraulic and dynamic behavior of Very High Temperature Reactors (VHTR).
