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- W1608079901 abstract "The rate of absorption of SO2 by water in short wetted-wall columns (heights of 1 to 5 cm) with no gas phase resistance has been investigated. When the liquid film emerges through a slit of appropriate width, the entrance effect is negligible and need not be considered in applying the penetration theory to the rate of absorption. However, there is a considerable end-effect which is evidenced by a thickening of the film, accompanied by an apparent stagnation of the surface, on the lower one centimetre of the column. The rate of absorption by this part of the film is relatively low. This phenomenon complicates the analysis of data obtained with short wetted-wall columns, or other equipment with films flowing over small distances. On a mesuré la vitesse d'absorption de SO2 pure dans l'eau dans un absorbeur à paroi moillée avec un hauteur de 1 à 5 cm. Si l'eau est alimenté par une fissure d'une largeur appropriée, la correction d'entrée, qu'il faudrait introduire dans la theorie de la “pénétration” pour calculer l'absorption, parait être negligeable. D'autre part, il se produit une région avec une grande resistance pour l'absorption à la partie inférieure de la surface de l'eau. En certains cas cette partie peut avoir une hauteur de 2 cm. L'apparition de cet effet est visible par une faible augmentation de l'épasseur de la couche, qui est accompagné par une corrugation de la surface. Par l'effet signalé ici l'analyse de la résistance de la phase liquide à l'absorption se complique, surtout quand il s'agit d'un appareil, où des couches de liquide parcourent des trajets courts." @default.
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- W1608079901 date "1955-04-01" @default.
- W1608079901 modified "2023-10-14" @default.
- W1608079901 title "Absorption studies in the light of the penetration theory" @default.
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- W1608079901 doi "https://doi.org/10.1016/0009-2509(55)85008-7" @default.
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