| E. M. Sparrow. Application of variational methods to radiative heat-transfer calculations. ASME Journal of Heat Transfer, 82(4):375--380, November 1960. |
....of radiant energy; light reflected from a surface may travel undisturbed until it impinges on a distant object. As a result of these properties, radiative transfer problems tend to be posed as integral equations, while those of conduction and convection are posed as differential equations [34]. This distinction was not always evident. Integral equations began to appear in problems concerning the transfer of radiant energy around the turn of the century [33, 18] but they did not become a mainstay of radiative transfer until much later. Up until 1926 much of the analysis of ....
E. M. Sparrow. Application of variational methods to radiative heat-transfer calculations. ASME Jourml of Heat Trasfer, 82(4):375 380, November 1960.
....of radiant energy; light reflected from a surface may travel undisturbed until it impinges on a distant object. As a result of these properties, radiative transfer problems tend to be posed as integral equations, while those of conduction and convection are posed as differential equations [34]. This distinction was not always evident. Integral equations began to appear in problems concerning the transfer of radiant energy around the turn of the century [33, 18] but they did not become a mainstay of radiative transfer until much later. Up until 1926 much of the analysis of ....
E. M. Sparrow. Application of variational methods to radiative heat-transfer calculations. ASME Journal of Heat Transfer, 82(4):375--380, November 1960.
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E. M. Sparrow. Application of variational methods to radiative heat-transfer calculations. ASME Journal of Heat Transfer, 82(4):375--380, November 1960.
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