Titre :	Advances in hydroscience
Type de document :	texte imprimé
Auteurs :	Ven Te Chow ; Ahuja, A. S. ; Bugliarello, G.
Mention d'édition :	Academic Press
Editeur :	Academic Press
Année de publication :	1971
ISBN/ISSN/EAN :	978-0-12-021807-3
Note générale :	This paper is divided into five main parts : the first two parts talk about theory of explosion-generated water waves and the glacier theory. The third part is about dispersion in porous media. The last two ones deals with seepace through dams and hydrobionics.
Langues :	Anglais (eng)
Mots-clés :	Océanographie  Barrage  Modèle mathématique  Glaciologie
Index. décimale :	351.31 Glaciologie
Résumé :	This paper is divided into five main parts : the first two parts talk about theory of explosion-generated water waves and the glacier theory. The third part is about dispersion in porous media. The last two ones deals with seepace through dams and hydrobionics.
Note de contenu :	This paper is divided into five main parts : the first two parts talk about theory of explosion-generated water waves and the glacier theory. The third part is about dispersion in porous media. The last two ones deals with seepace through dams and hydrobionics.

Advances in hydroscience [texte imprimé] / Ven Te Chow ; Ahuja, A. S. ; Bugliarello, G.  . -  Academic Press . - Academic Press, 1971.
ISBN : 978-0-12-021807-3
This paper is divided into five main parts : the first two parts talk about theory of explosion-generated water waves and the glacier theory. The third part is about dispersion in porous media. The last two ones deals with seepace through dams and hydrobionics.
Langues : Anglais (eng)

Mots-clés :	Océanographie  Barrage  Modèle mathématique  Glaciologie
Index. décimale :	351.31 Glaciologie
Résumé :	This paper is divided into five main parts : the first two parts talk about theory of explosion-generated water waves and the glacier theory. The third part is about dispersion in porous media. The last two ones deals with seepace through dams and hydrobionics.
Note de contenu :	This paper is divided into five main parts : the first two parts talk about theory of explosion-generated water waves and the glacier theory. The third part is about dispersion in porous media. The last two ones deals with seepace through dams and hydrobionics.