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2016
Radiative heat transfer has a totally different form of transmission from heat conduction and heat transfer. In heat conduction and heat transfer, energy is transported by the diffusion caused by the motion, oscillation and rotation of molecules, atoms, electrons of the medium. On the other hand, in radiative heat transfer, the energy is transported by
Hajime Akimoto +4 more
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Radiative heat transfer has a totally different form of transmission from heat conduction and heat transfer. In heat conduction and heat transfer, energy is transported by the diffusion caused by the motion, oscillation and rotation of molecules, atoms, electrons of the medium. On the other hand, in radiative heat transfer, the energy is transported by
Hajime Akimoto +4 more
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1985
We have focused on the turbulent fluid mechanics, the chemical reactions, and the interactions between these two aspects of combustion and gasification. In this chapter we change emphasis and briefly examine the dominant heat-transfer mechanism in coal-fired combustors and gasifiers; namely, radiative heat transfer.
L. Douglas Smoot, Philip J. Smith
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We have focused on the turbulent fluid mechanics, the chemical reactions, and the interactions between these two aspects of combustion and gasification. In this chapter we change emphasis and briefly examine the dominant heat-transfer mechanism in coal-fired combustors and gasifiers; namely, radiative heat transfer.
L. Douglas Smoot, Philip J. Smith
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On radiative and conductive heat transfer in spacecraft
Acta Astronautica, 1981Abstract The “radiative” boundary condition in a heat conduction problem relates the heat flux in a point of the wall to the temperatures in all the other points of the surface system. That is, this condition is of a “functional” type. This “functional” can be solved in discrete terms by using the conventional technique of dividing the body in small
ARDUINI, Carlo +2 more
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Periodic Amplification of Radiative Heat Transfer
2019 Conference on Lasers and Electro-Optics Europe & European Quantum Electronics Conference (CLEO/Europe-EQEC), 2019We demonstrate that the direction and values of the radiative heat flux exchanged between a non-phase-change material and a phase-change one excited with a temperature difference modulated in time can efficiently be tuned by means of their common steady-state temperature.
Jose Ordonez-Miranda +4 more
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2017
In this section, we consider the basic principles of radiative heat transfer. The general theory of the fluctuating electromagnetic field is applied for the calculation of the radiative heat transfer in the plate–plate and particle–plate configurations using the Green’s function and scattering matrix approaches. The Green’s function approach is used to
Aleksandr I. Volokitin, Bo N.J. Persson
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In this section, we consider the basic principles of radiative heat transfer. The general theory of the fluctuating electromagnetic field is applied for the calculation of the radiative heat transfer in the plate–plate and particle–plate configurations using the Green’s function and scattering matrix approaches. The Green’s function approach is used to
Aleksandr I. Volokitin, Bo N.J. Persson
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Banded Radiative Heat Transfer Analysis
Communications in Numerical Methods in Engineering, 1997zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Khan, Y. U. +2 more
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A radiative heat transfer simulation on a SPARCStation farm
Proceedings of the First International Symposium on High-Performance Distributed Computing. (HPDC-1), 1993AbstractAt the Supcrcomputing Research Center we have built a computing farm consisting of 16 SPARCStation. ELCs. The ELCs all support the Mother distributed shared memory, which has primitives to support efficient synchronization and use of the network and processors.
Ronald G. Minnich, Daniel V. Pryor
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Radiative heat transfer at the nanoscale
Nature Photonics, 2009We give a concise introduction into the radiative heat transfer at the nanoscale discussing the contribution of propagating, frustrated and coupled surface modes [1]. Especially, the latter contribution results in a heat flux, which can exceed the heat flux between two black bodies by several orders of magnitude for distances in the nanometer ...
Rousseau, Emmanuel +6 more
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Radiative Heat Transfer at a Surface
1987The reflection, absorption and emission properties exhibited by surfaces, as well as the transmission properties for semitransparent materials, are introduced with sufficient generality to account for direction and wavelength dependence. In addition, the radiative energy leaving a surface is discussed, and the concept of radiosity is introduced ...
Y. Yener, H. Yüncü
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Radiative Transfer and Heat Conduction
2013We show in this chapter how to estimate the value of several material properties, such as single scattering albedo and thermal conductivity, present in the heating process of a material with thermal radiation.
Francisco Duarte Moura Neto +1 more
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