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PubMed · 35391

Heat loss in Nigerian newborn infants in the delivery room.

Abstract

Fifty-three vigorous infants were randomly assigned to six different groups (A-F). The babies in groups A and F were not dried and were either exposed wet to room air or warmed under the radiant heater. The other groups of infants were quickly dried and exposed to room air (group B), wrapped with one sterile sheet (group C), wrapped with two towels (group D) or placed under the radiant heater (group E). The infants exposed to room air lost twice the amount of heat when compared with those insulated with two towels. The amount of heat loss by evaporation could not be demonstrated. The role of high relative humidity as an important determinant of the degree of heat loss by evaporation is stressed.

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BibTeXRIS

J A Omene, F M Diejomaoh, M Faal, M A Diakparomre, M Obiaya. Heat loss in Nigerian newborn infants in the delivery room.. https://doi.org/10.1002/j.1879-3479.1979.tb00450.x

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[The local and time-dependent temperature field in the body of a homeothermic organism in case of sudden changes of quantity and local distribution of internal heat production (author's transl)].

For the local and time-dependent temperature field in a homeothermic organism the symmetry of constant mean surface curvature is a geometrical adequate descriptive form. The according form of the partial differential equation of heat conduction with a suitable source function has been solved for sudden changes of the internal heat production. The thermodynamical difference between decrease and increase of the body heat content is discussed. The solution formula is also valid in case of sudden change of heat loss, caused for example by changes of the climatic conditions of the environment, clothing, or wetness of the skin surface. The results of the calculations are in good agreement with experimental data of other authors.

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