Hydrogeology

IKE University of Stuttgart Institute of Nuclear Technology and Energy Systems Department of Energy Conversion and Heat Transfer Dr.-Ing. R. Kulenovic, Dr.-Ing. R. Mertz Task formulation of the Student Research Project for xxx. cand. mach. Manita Cannell Cassiana, Matr.-Nr.: xxxxxx, Address xxxxxx, in the frame of the main subject “Nuclear Energy Technology”, Prof. Dr.-Ing. E. Laurien. “Experimental and Numerical Investigations of Debris Beds”

BIBLIOGRAPHY Bradbury, K.R., Blanchard, M.C. and Muldoon, M.A., 1988. "Hydrogeology and Groundwater Geochemistry in Fractured Dolomite, Northeastern Wisconsin" in: Proceedings, International Association of Hydrogeologists Symposium on Hydrogeology of Fractured Rocks, Atlanta, GA, 1988, p. 23-27. Everett, A.G. Significant Aspects of Ground Water Aquifers Related to Well Head Protection Considerations. Littleton, CO: Water Resources Publications, 1991. Hickey, J.J., 1984. "Field Testing the

de la Somme. B.R.G.M.ROUXEL-DAVID E. et CORDONNIER G. (2002) - Les échanges entre la nappe de la craie et les cours d'eau . Tableau de bord n°4 de la nappe dela craie, DIREN Champagne-Ardenne, p. 15-18. SANDERS L.L. (1998) - A manual of field hydrogeology. Prentice Hall.SITES INTERNETwww.aesn.fr/www.eau-artois-picardie.fr/www.agora21.org/environnement.html www.unine.ch/chyn/RENARD/hydrogen/hydrogen.html retour au sommaire juillet 2006Jacques Beauchamp les eaux naturellesTemps de lecture : 10 minutes

HABIB P. (1997). Génie géotechnique, application à la mécanique des sols et des roches. Ellipses, Paris, p. 222. HUTCHINSON J.N. (1988). General report: Morphological and geothecnical parameters of landslides in relation to geology and hydrogeology. Proc. 5th Int. Symp. on Landslides, Lausanne, 1, pp. 3-36. INERIS (Institut National de l'Environment Industriel et des Risques). France. LANG A., MOYA J., COROMINAS., SCHROTTL. et DIKAU R. (1999). Classic and new dating methods for assessing

Inhospitalier Invertébré Jungle Jurassique (n.) Jurassique (adj.) Karst Lacustre Lame de fond Lamproie Large (le) Larve Lave Lignée Limon Lithologique Lithostratigraphie Loi du plus fort Mâchoire Macrofossile Magma Magnétostratigraphie Hybridization Hydrogeology Ichnocoenose Ichnofossils Ichnology Ichthyology Tilt Inhospitable Invertebrate Jungle, wilderness Jurassic Period Jurassic Karst Lacustrine Tidal wave Lamprey Open sea Larva (plu. -ae) Lava Lineage Silt, limon Lithologic Lithostratigraphy Survival

Inhospitalier Invertébré Jungle Jurassique (n.) Jurassique (adj.) Karst Lacustre Lame de fond Lamproie Large (le) Larve Lave Lignée Limon Lithologique Lithostratigraphie Loi du plus fort Mâchoire Macrofossile Magma Magnétostratigraphie Hybridization Hydrogeology Ichnocoenose Ichnofossils Ichnology Ichthyology Tilt Inhospitable Invertebrate Jungle, wilderness Jurassic Period Jurassic Karst Lacustrine Tidal wave Lamprey Open sea Larva (plu. -ae) Lava Lineage Silt, limon Lithologic Lithostratigraphy Survival

pelo Conselho Editorial do periódico. Nota: em português: No prelo, em inglês: In press, em alemão: In druck e em francês: Sous press. ELEWA, H. H. Water resources and geomorphological characteristics of Tushka and west of Lake Nasser, Agypt. Hydrogeology Journal, Berlin, v. 16, n. 1, 2006. In press. PAULA, F. C. E. et al. Incinerador de resíduos líquidos e pastosos. Revista de Engenharia e Ciências Aplicadas, São Paulo, v. 5, n. 2, 2001. No prelo. 5.2.10 Publicações periódicas em suporte eletrônico

KIWATA Takahiro and [99] [100] [101] [102] OKAJIMA Atsushi: Development of Groudwater Flowmeter : a way to estimate an amount of heat collected by geothermal pumps. Kanazawa University, Japan ALDWELL C.R.: Heat Extraction from Irish Groundwaters, Hydrogeology in the Service of Man, Mermoires of the 18 Congress of IAH, (1985), 79 94. DROST W., KLOTZ L., KOCH A., MOSER H., NEUMAIER F. and RAUERT W.: Point dilution Method of Investigating Groundwater Flow By Means of Radioisotopes. (Water resour. Res.

Frameworkfor Air Emissions, a Report for WWF, Tyndall Centre for Climate Change Research. Fowler M. and Riediger C. (2000), «Origin of the Athabasca tar sands», in Barso, D., Bartlett R., Hein F., Fowler M., Grasby S., and Riediger C. (2000), Hydrogeology ofheavy oil andtar sand deposits: Water flow and supply, migration and degradation, Geological Survey of Canada, Calgary. http://www.ecomod.net/conferences/ecomod2005/ecomod2005papers/Timilsina.pdf Government of Alberta (2008a), Alberta's Oils

languages (English and Russian). Eventually, the aim of this dictionary is to be of practical use. It is therefore not restricted to the domain of hydrology sensus stricto, but covers a number of related fields needed by engineers: hydrotechnics, hydrogeology, meteorology, hydraulics, water supply, geomorphology and geography. The dictionary consists of seven parts: a reference list, ordered according to the English alphabetical order, followed by six separate alphabetical lists in each languages. The