Bogorodskii, P. V., Makshtas, A. P. and Pnyshkov, A. V. (2009) Sea ice growth at nonstationary ocean-atmosphere heat exchange. Oceanology, 49 (3). pp. 330-337. DOI 10.1134/S0001437009030059.

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Abstract

A thermodynamic model of sea snow-ice cover growth under the influence of heat flows on its upper and lower surfaces is presented. The growing is described with an extended region of phase transition (a two-phase region) with a linear temperature distribution. The temperature of the upper surface is calculated with the use of a heat-balance equation on the basis of determinable meteorological observation data. The comparison of the model results with freezing experimental data is performed.

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