A platform for research: civil engineering, architecture and urbanism
Evaluation of long-term behavior of concretes in high level waste repositories. An accelerated leaching test
The present work describes an accelerated leaching method that with a rapid process allows to develop and evaluate cements for use in a nuclear disposal, and the understanding of the long term effects. The method has been developed to study the stability of cementitious materials in contact with bentonite, to be used in high level radioactivity waste repositories. Nitric acid has been selected to simulate in an accelerated way the pH decreasing produced when concrete is in contact with groundwaters.
Evaluation of long-term behavior of concretes in high level waste repositories. An accelerated leaching test
The present work describes an accelerated leaching method that with a rapid process allows to develop and evaluate cements for use in a nuclear disposal, and the understanding of the long term effects. The method has been developed to study the stability of cementitious materials in contact with bentonite, to be used in high level radioactivity waste repositories. Nitric acid has been selected to simulate in an accelerated way the pH decreasing produced when concrete is in contact with groundwaters.
Evaluation of long-term behavior of concretes in high level waste repositories. An accelerated leaching test
Bewertung des Langzeitverhaltens des Betons von Endlagern für hochradioaktiven Abfall. Ein beschleunigter Auslaugungstest
Hidalgo, A. (author) / Fernandez, L. (author) / Petit, S. (author) / Andrade, C. (author) / Alonso, C. (author)
2004
3 Seiten, 2 Bilder, 1 Tabelle, 10 Quellen
Conference paper
English
Evaluation of concretes for high level nuclear waste repositories
British Library Conference Proceedings | 2004
|Long-term leaching test in concretes: An X-ray powder diffraction study
Online Contents | 2008
|Long-term leaching test in concretes: An X-ray powder diffraction study
Online Contents | 2008
|Long-term leaching test in concretes: An X-ray powder diffraction study
Elsevier | 2008
|