Advance of study on frosting phenomena.
[In Japanese. / En japonais.]
Author(s) : OHKUBO H.
Type of article: Article
Summary
Frosting is a phenomenon that takes place on a surface that has been cooled to a temperature below solidification temperature of water vapour in air. Frosting occurs either by sublimation or by solidification of condensate on the surface, and the frost layer is a porous layer of ice and air. The advances in air-conditioning and refrigeration technology have brought about new frosting problems in several fields, as well as a broadening of the temperature range in which frosting occurs. Frosting is a transient phenomenon in which both heat transfer and mass transfer take place simultaneously. It is common in nature as well as in industries. It can be influenced by numerous factors, both from air-side and from cooling surface side. Besides, the porous layer of air and ice makes the theoretical analysis difficult.
Details
- Original title: [In Japanese. / En japonais.]
- Record ID : 2006-2934
- Languages: Japanese
- Source: Refrigeration - vol. 81 - n. 942
- Publication date: 2006/04
Links
See other articles in this issue (4)
See the source
Indexing
-
Research of dynamics of hoarfrost formation on ...
- Author(s) : LAGUTIN A. E., SELEZNEV V. A.
- Date : 2005
- Languages : Russian
- Source: Holodil'na Tehnika i Tehnologiâ - n. 4
View record
-
Heat and mass transfer under simultaneous frost...
- Author(s) : ISHIHARA I.
- Date : 2006/04
- Languages : Japanese
- Source: Refrigeration - vol. 81 - n. 942
View record
-
Local variation of frost layer thickness and mo...
- Author(s) : QU K., KOMORI S., JIANG Y.
- Date : 2006/02
- Languages : English
- Source: International Journal of thermal Sciences - vol. 45 - n. 2
View record
-
Effects of condensate and initial formation of ...
- Author(s) : ALI A. H. H., ISMAIL I. M.
- Date : 2007/12
- Languages : English
- Source: Jordan J. mech. ind. Eng. - vol. 1 - n. 2
View record
-
Mass transfer on and within a frost layer.
- Author(s) : NA B., WEBB R. L.
- Date : 2004/02
- Languages : English
- Source: International Journal of Heat and Mass Transfer - vol. 47 - n. 5
View record