Diller, In situ high temperature heat flux sensor calibration, Int. J. Heat Mass Transfer. 53 (2010) 3429-3438.C. Pullins and T. Diller, In situ High Temperature Heat Flux Sensor Calibration, International Journal of Heat and Mass Transfer 53 (2010), pp. 3429-3438....
A cubic polynomial calibration function captures the temperature dependence of the sensitivity and provides a good agreement for the measured data. 展开 关键词: Calibration Heating Sensitivity Temperature measurement Temperature sensors Heat flux heat flow sensor heat flux sensor high temperature thermal ...
This paper describes the use of polymer-derived SiAlCN (silicoaluminum carbonitride) ceramics (PDC) to fabricate a temperature sensor for high-temperature applications. A unique sensor head was designed and fabricated with Pt wires seamlessly embedded in as electrodes. Material characterization test demo...
A constantan film was used as the contact layer of the integral heat flux sensor, which was prepared by electron beam coevaporation method. The influence of sensor structure on the accuracy of measurement was analyzed using numerical calculation. The measurement results in shock wave wind tunnel ...
sensor is capable of measuring both heat flux magnitude and direction. Finally, when the surface temperature measured by the single-pair thermocouple on the sensor's top surface is combined with the heat flux value from the thermopile, the temperature at the interface of the sensor and the ...
Analysis of thermal and mechanical behavior of copper walls under high heat flux loading has been performed, including plasticity, creep, and thermal cycli... Li,Guowei - University of Illinois at Urbana-Champaign. 被引量: 6发表: 1996年 Study of integrated high temperature sensor for wall heat...
The combined radiation/conduction heat transfer in high-porosity, high-temperature fibrous insulations was investigated experimentally and numerically. The... BK Darya - 《Journal of Thermophysics & Heat Transfer》 被引量: 249发表: 2002年 Bubble Dynamics in Boiling Under High Heat Flux Pulse Heating...
We proposed the detection mechanism of the micro-levels of temperature gradient in a micro-electromechanical system using the unidirectional rotation of cholesteric-liquid crystal (Ch-LC) droplets. Ch-LC droplets in the presence of an isotropic phase subjected to a heat flux rotate with a speed pr...
23.6.1 High-temperature strength For oxide fibers, high-temperature testing is normally carried out in air. This allows the fiber to be fixed in the test frame using “cold” grips outside of the heated zone, which is typically ∼100 mm in length. Fig. 23.13 compares the “hot” streng...
By recording the temperature response in the sensor over a given time, the thermal conductivity can be calculated. For details on the hot disk method, the reader is directed to the work by Gustafsson [41]. Favourable features of the hot disk method are the possibility to measure powders of ...