Light & Engineering 26 (3)

Volume 26
Date of publication 09/28/2018
Pages 163-166

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Radiant Heat Conduction in the Heat Insulating Lightweight Materials. L&E 26 (3) 2018

Articles authors:

Eugene Yu. Shamparov, Inna N. Zhagrina, Sergei V. Rode

Ph.D., Associate Professor, graduated from the General and Applied Physics Faculty of the MIPT in 1994. At present, he is the Associate Professor of the Physics Chair of the RSU of A.N. Kosygin. His scientific interest fields are physical optics, material science of productions of textile and consumer industry

Ph.D., Associate professor, graduated from the Skin Product Technology and Design Faculty of the Moscow Technological Institute of Consumer Industry in 1993. At present, she is the Associate Professor of the Materials Science and Commodity Examination of the RSU of A.N. Kosygin. Her scientific interest fields are physical optics, material science of productions of textile and consumer industry, quality control

Prof., Dr. of Technical Science, graduated from the Physical Faculty of Lomonosov Moscow State University in 1964. At present, he is the Head of the Physics Chair of the RSU of A.N. Kosygin. His scientific interest fields are physical optics, material science of productions of textile and consumer industry

Abstract

An evaluation of scattering and absorbing abilities of light heat insulating materials in the IR spectrum range is given. The generalized form of Fourier equation application to such materials with taking into account radiant environment heat conduction is shown. Convectionless measurements of material specimen thermal resistance of different thickness are performed. Theoretical substantiations and ideas concerning heatprotective material properties are reliably confirmed. Exact values of total material heat conduction are obtained, and values of material radiant heat conduction, as well as of thermal radiation penetration depth into them are estimated.

References

1. Crystal polyolefins: Collection of monograph articles / Edited by R.A. Ruff and K.V. Duck, Vol. 2, Structure and properties. Moscow: Khimiya, 1970, 469 p.
2. Ziegel R., Howell Dj. Heat exchange by radiation, Moscow: Mir, 1975, 934 p.
3. Kutateladze S.S. Fundamental of the heat exchange theory. The 5th revised edition, Moscow: Atomizdat, 1979, 416 p.
4. Shamparov E. Yu., Zhagrina I.N. Installation for precision convectionless measurements of thermal permeability of materials at a temperature close to the room / Useful model RF #166709. 2016. Bulletin #34.
5. Physical values: A handbook / Edited by I.S. Grigoriev and E.Z. Meylikhov, Moscow: Energoatomizdat, 1991, 1232 p.

Keywords

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