| Session I: Uranium Mining |
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Elkhan A. Mamedov (Baku State University, Azerbaijan):
Prediction and a new Method of Exploitation of Gold Deposits with Uranium in the Variscian Molass Conglomerate Basins of Germany. |
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Tatarinov V.N et al. (VNIPI Promtechnology, Russia):
The Prediction of geodynamic conditions of mining of Elkon uranium field (Eastern Siberia, Russia). |
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Kulenbekov Zheenbek (Kyrgyz Russian Slavic University, Kyrgyz Republic):
Radiological investigation and ecological risk of south coastal section of Issyk-Kul Lake |
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Gennady Glotov and Alexandr Skripnik (Navoi Mining and Metallurgical Combine, Uzbekistan ):
Modelling in-situ leaching process of uranium |
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Ioana-Carmen Popescu et al. (ICPMRR, Romania):
Could calixarenes be a viable solution for radioactive decontamination of mine waters from Romania? |
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Mihaly Csõvári et al. (Mecsekerc Rt, Hungary):
Experience gained from the experimental permeable reactive barrier installed on the former uranium mining site (Hungary). |
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Stefan Ritzel et al. (Sächsische Landesamt für Umwelt und Geologie, Germany ):
GIS supported pre-assessment of radioactively contaminated areas in the agri-culturally used parts of the Mulde River floodplains |
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Chicgoua Noubactep and P. Woafo (Universität Göttingen, Germany):
Elemental Iron (Fe 0) for Better Drinking Water in Rural Areas of Developing Countries |
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| Session II: Phosphate Mining |
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Ashraf E.M. Khater (Atomic Energy Authority, Egypt):
Uranium and heavy metals in phosphate fertilizers: concentrations and environmental consequences. |
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| Session III: Mine closure and remediation processes |
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Gavin M. Mudd et al. (Monash University, Australia):
The Rum Jungle U-Cu Project : A Critical Evaluation of Environmental Monitoring and Rehabilitation Success. |
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Carsten Brackhage et al. (TU Dresden, Germany):
Uranium uptake and accumulation in Phragmites australis Trin. ex Steud. depending on phosphorus availability, litter contamination and ecotype. |
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Gerhard Gramss et al. (Friedrich-Schiller-University,Germany):
Continuous supply of citric acid and ammonium traces to uranium mine dump soil: A path to acceptable phytoextraction techniques? |
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Fernando P. Carvalho et al. (Nuclear and Technological Institute, Portugal):
Radionuclides in underground waters at the former uranium and radium mining region of Sabugal, Portugal. |
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Thomas Heinrich et al. (Staatliche Umweltbetriebsgesellschaft, Germany):
State supervision to the monitoring program of the Wismut GmbH in the free state of Saxony. |
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Elke Kreyßig, Uwe Sporbert and Sven Eulenberger (Wismut GmbH):
From remediation to long-term monitoring - The concept of key monitoring points at WISMUT |
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Azamat Tynybekov et al. (Kyrgyz Russian Slavonic University):
Radiological risks from uranium tailing. |
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J.J. Badenhorst and W Meyer (Nuclear Waste Research, South African Nuclear Energy Corporation, South Africa):
Treatment of historical uranium contaminated radioactive waste at necsa for disposal . |
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Vaclava Havlov et al. (Nuclear Research Institute Řež plc, Czech Republic):
Some approaches to remediation study of the fucoid sandstone in the Stráž pod Ralskem site – Northern Bohemia. |
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| Session IV: Uranium in Groundwater and in bedrock |
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Claudia Joseph et al. (Forschungszentrum Dresden-Rossendorf, Germany):
Complexation of Uranium(VI) by Sulfur and Nitrogen Containing Model Ligands in Aqueous Solution. |
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Chicgoua Noubactep et al. (Universität Göttingen, Germany):
Characterizing As, Cu and U Solubilization Under Natural Near Oxic Conditions. |
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Angelika Schöner et al. ( Martin-Luther-Universität Halle-Wittenberg, Germany):
Which factors influence the immobilization of uranium in soils and sediments? |
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Oleksandr Skalskyy et al. (National Academy of Sciences of Ukraine):
Problems of the hydrogeological monitoring of objects of the Prydneprovsk Chemical Plant (Dneprodzerzhynsk, Ukraine). |
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Michaël Descostes et al. (CEA Saclay DEN-DANS/DPC/SECR, France):
Speciation of Uranium in a Polluted Site: a TRLFS study. |
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Zoran Nikic et al. (University of Belgrade, Serbia):
Uranium Minerals of Bukulja Mountain controls on Storage Reservoir Water. |
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Nicolene van Wyk et al. (Council for Geoscience, South Africa):
The distribution of uranium in groundwater in the Bushmanland and Namaqualand areas, Northern Cape Province, South Africa. |
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Steffen Häußler et al. (TU Bergakademie Freiberg, Leibnitz Institute for Applied Geoscience, Germany):
Uranium isotopes as tracer for groundwater-surface water interaction |
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Janine Noordmann et al. (Goethe University Frankfurt, Germany) :
Natural variations of the 238U/235U isotope composition: A new redox tracer |
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Joseph D. Ritchey (S&K Aerospace, Inc., USA ) :
Ground water remediation at the Moab, Utah, USA former uranium-ore processing site |
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Ashraf E.M. Khater (Atomic Energy Authority in Cairo, Egypt) :
Uranium partitioning during water treatment processes |
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| Session V: Biogeochemistry of uranium |
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Sonja Selenska-Pobell et al. (Forschungszentrum Dresden-Rossendorf, Germany):
Biogeochemical changes induced by uranyl nitrate in a uranium waste pile. |
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Rizlan Bernier-Latmani et al (Ecole Polytechnique Federale de Lausanne, Switzerland):
Systematic investigation of the product of microbial U(VI) reduction by various microorganisms. |
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Humble Abel Tumusiimet (Africa Institute for Water Governance, Uganda):
Hydrogeological parameters and sustainability of ground water in Uganda. A case of Ankole-Masaka corridor, South Western Uganda. |
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| Session VI: Environmental behavior |
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Radek Procházka et al. (Charles University, Czech Republic):
Uranium glasses: the experimental leaching compared to the long-term natural corrosion. |
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Céline Claveranne-Lamolère (LCABIE-IPREM-UMR 5234, France):
Characterization of the interactions between uranium and colloids in soil by on-line fractionation multi-detection methods. |
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Alexander Valyaev et al. (Nuclear Safety Institute, RAS, Russia):
Assessments and decreasing of risks and damages from outbursts of Tien-Shan high mountains lakes. |
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Alexander Valyaev et al. (Nuclear Safety Institute, RAS, Russia):
Uranium-isotopic method using to determine sources of moraine-glacial lakes feeding and assess of its outburst danger. |
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Charlotte Cazala et al. ( IRSN/DEI/SARG/BRN BP17, France ):
Impact of uranium mines water treatment on the uranium and radium behaviour. |
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Stanislaw Chałupnik et al. (Central Mining Institute, Poland):
Radium transfer from solid into liquid phase – a theoretical approach to its behaviour in aquifers. |
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Thomas Streil et al. (SARAD GmbH, Germany):
Continuous Measurement of geo-chemical parameters in aggressive environment. |
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Thomas Streil et al. (SARAD GmbH, Germany):
Water tight Radon / Thoron probs and monitors without influence of high humidity, air pressure and temperature. |
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| Session VII: Modeling |
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Christian Götz et al. (Forschungszentrum Dresden-Rossendorf, Germany):
Thermodynamical Data of uranyl carbonate complexes from Absorption Spectroscopy. |
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Sergej Brandt et al. (Russian Academy of Sciences, Russia):
Differential equations of a U-Ra-Pb system accounting for a diffusion of components. |
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James Stone et al (South Dakota School of Mines and Technology, USA):
Fate and Transport of Metals in a Watershed Impacted by Abandoned Uranium Mines |
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Joaquin Salas et al ((AmphosXXI Consulting S.L, Spain)):
Origin and oxidation processes of the Oklo uranium ore, Gabon: Reactive transport modelling |
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Rizlan Bernier-Latmani et al (Ecole Polytechnique Federale de Lausanne, Switzerland):
Effect of Mn(II) on the oxidative dissolution of biogenic UO2 |
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Sven Jany (MILAN Geoservice GmbH, Germany ):
Digital elevation model created by airborne laser scanning in the field of mines areas |
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Poster Session will take place at the Foyer by the central lecture hall(Clements-Winkler-Building) on Tuesday 16th 2008 at 7 p.m. 