EMERGING AND ALTERNATIVE CEMENTITIOUS SYSTEMS / AREVA / Japan 2 Taiheiyo Cement Corp / Waste Management / Swiss Federal Laboratories / Japan 3 Taiheiyo Consultant Co.Ltd / NSG Environmental Ltd / P. Dangla3 1 Key Laboratory / United Kingdom 2 National Nuclear Laboratory / France 2 Heidelberg Cement Technology Center GmbH / UPS / E. WIELAND1 1 Laboratory / Japan 2 Taikeiyo Consultant Co. LTD / Y. KAWATO / Magnel Laboratory / Cement Technology Center GmbH / Germany 2 Laboratory / /
Country
Switzerland / Estonia / France / Japan / United Kingdom / China / Israel / Germany / Belgium / Russia / Jordan / Austria / United States / Spain / /
Event
FDA Phase / /
Facility
Hiroshima University / Research Center / The University of Sheffield / Institute of Functional Interfaces / University of Bern / University of Applied Sciences Northwestern Switzerland / University of Applied / Tsinghua University / Eduardo Torroja Institute / Loughborough University / National Institute / Queen’s University / University of Tokyo / Laboratory of Construction Materials / Paul Scherrer Institute / University of Applied Sciences Karlsruhe / Institute of Radiation Protection / Hokkaido Institute of Technology / X. GAONA Institute / Nuclear Research Center / University of Tartu / University College London / campus Dirk Martens / A. AL-TABBAA University of Cambridge / Institute of Physics / Key Laboratory of Safety / Karlsruhe Institute of Technology / Institute of Geology / Frumkin Institute of Physical Chemistry / University of Buenos Aires / Ghent University / French Institute / /
IndustryTerm
alkaline media / chemical evolution / long-term chemical evolution / chemical degradation / tolerant cementitious systems / nuclear energy applications / cement / aluminium metal / /
MusicGroup
M.I. / /
OperatingSystem
Aix / /
Organization
School of Planning / Architecture and Civil Engineering / Laboratory of Construction Materials / University of Applied / Department of Applied Chemistry / Ecole Nationale Supérieure / Institut Charles / Nuclear Research Center / Faculty of Engineering / University of Tokyo / Institute of Geology / International Atomic Energy Agency / Department of Materials / School of Life Sciences / Institut für Radioökologie / University of Buenos Aires / Buenos Aires / Department of Civil / Environmental and Geomatic Engineering / Civil Engineering Department / French Institut / Department of Chemistry / University of Applied Sciences Karlsruhe / Institute of Functional Interfaces / Frumkin Institute of Physical Chemistry and Electrochemistry / University of Sheffield / Department of Civil and Environmental Engineering / UMR5209 Institut Carnot de Bourgogne / Ecole Polytechnique / Paul Scherrer Institut / Institute of Technology / Leibniz Universität Hannover / Loughborough University / Laboratory for Concrete and Construction Chemistry / Institute of Radiation Protection and Nuclear Safety / French Institute of Radiation / Laboratory for Concrete / Institute for Nuclear Waste Disposal / Russian Academy of Sciences / Moscow / University College London / Department of Engineering / China Education Ministry / Department of Materials Science and Engineering / Ghent University / Laboratory for Waste Management / Tsinghua University / Beijing / Eduardo Torroja Institute for Construction Science / Institute of Physics / Faculty of Civil and Environmental Engineering / Nuclear Cycle Backend Directorate / A. AL-TABBAA University of Cambridge / University of Tartu / T. ISHIDA Department of Civil Engineering / National Institute for Environmental Studies / Institut de Physique Nucléaire / Institut de Chimie Séparative de Marcoule / Hiroshima University / Laboratory for Concrete & Construction Chemistry / Juelich Research Centre / University of Bern / Bern / Japan Atomic Energy Agency / Technion / Institute for Prevention / Paul Scherrer Institute / /
Person
L. GARCÍA CALVO / G. LE SAOUT / Paul Scherrer / Marie Curie / /
Position
Director CEA Marcoule / France Session / Queen / T. D. / /
NUWCEMSESSION n° 1 : METHODS OF PRODUCTION OF CEMENT-WASTE FORMS •