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Sola, A., Bougiatioti, P., Kuepferling, M., Meier, D., Reiss, G., Pasquale, M., Kuschel, T.., Basso, V., "Longitudinal spin Seebeck coefficient: heat flux vs. temperature difference method," Sci. Rep. 7, 46752 (2017).
For the other situations, the measured temperature distributions are used to deduce quantities such as the surface Nusselt numbers on the surface of a swirl chamber, the effectiveness of surface adiabatic film cooling downstream of individual shaped film cooling holes, the surface heat flux reduction ...
Using the ΔT method, each loop in magnetic field is recorded at a given value of thermal gradient, that is the temperature difference detected by the two thermocouples over the thick- ness of the LSSE sample. For the heat flux method, we record the LSSE electric field at given values...
在externalWallHeatFluxTemperature条目下，设置相应的热流密度（heatFluxDensity）和温度（value）。例如：t...
transient heat flux and temperature analysis Posted 2013年2月13日 GMT+8 16:383 Replies Mihir Velani Send Private MessageFlag post as spam Dear all, I am very new to COMSOL multiphysics. I am doing a transient thermal analysis on geometry containing ceramic and aluminum blocks. ...
Evaporative flux vs temperature rise for c pentane and d R245fa. Modeling predictions account for the conduction resistance in the 650 µm substrate, 2.6 µm supported membrane structure, liquid film, and interfacial transport resistance. Full size image The liquid fraction ξ is related...
Hi, I am trying to use the Temperature Flux model on a Standard K-epsilon low-reynolds number model, however my residuals (especially the Temperature variance) diverges. I am conducting a simulation on fluid flow in a T-junction, where hot and cold water mix inside the T...
Thermal simulations for electronics in an enclosure need boundary conditions and source definitions based on temperature measurements. Read Article Power Supply Control Loop Transfer Function Construction Power supply control loop transfer function can be determined from the output impedance of the power supp...
Sensible heat flux refers to the transfer of energy between the Earth's surface and the atmosphere through conduction, without any change in state. It depends on the temperature difference between the air and the surface, and it can either add or remove energy from the surface based on meteoro...