2010Unpublished venueRequires access

Thermal Radiation Heat Transfer

Gordon Ellison

Open publisher page 5,429 citations

Abstract

Thermal energy transport by radiation is unique compared to conduction and convection in that a transport medium is not required. In fact, heat transfer by radiation between two surfaces is greater when there is no intervening material. Fortunately the absorption of radiation between surfaces within many electronic enclosures is such that this absorption is neglected throughout this text.

About this research paper

What this paper is about

Thermal energy transport by radiation is unique compared to conduction and convection in that a transport medium is not required. In fact, heat transfer by radiation between two surfaces is greater when there is no intervening material. Fortunately the absorption of radiation between surfaces within many electronic enclosures is such that this absorption is neglected throughout this text.

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Available abstract

Thermal energy transport by radiation is unique compared to conduction and convection in that a transport medium is not required. In fact, heat transfer by radiation between two surfaces is greater when there is no intervening material. Fortunately the absorption of radiation between surfaces within many electronic enclosures is such that this absorption is neglected throughout this text.

Key concepts: Thermal radiation, Radiative transfer, Radiation, Radiation properties, Heat transfer, Radiant energy, Scattering, Isothermal process

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