[[abstract]]This study is a fundamental investigation of physical properties of bentonite, one of the most promising candidates for use as buffer material in the geological disposal systems of radioactive waste. For the simplification of study and the scheme to coordinate with a series of research in buffer materials, the MX-80 bentonite was selected to analyze its physical properties, including water content, specific gravity, particle size, liquid limit, plastic limit, shrinkage limit, one-dimensional consolidation, and unconfined compressive strength under the environment of deionized water and artificial seawater. The purpose of this study is to offer useful reference data to the design of a waste repository with buffer material[[fileno...
The effect of exposure to repository-like conditions on compacted Wyoming bentonite was determined b...
The present study examines the geotechnical properties of Indian bentonite clays for their suitabili...
The storage of highly radioactive waste from nuclear power plants is currently planned to be solved ...
Bentonite is considered as one of the most promising buffer materials for geological disposal of ra...
[[abstract]]©2004 Elsevier - To provide an overall functional evaluation of buffer materials, this s...
The conceptual model for deep geological disposal of high level nuclear waste (HLW) is based on mult...
[[abstract]]©2003 Proceedings of Waste Management ’03 Conference - The physical and chemical propert...
In the context of underground storage of nuclear waste, this paper presents the characterization and...
Permeability and swelling characteristics of bentonite and bentonite-sand are the essential paramete...
The water retention behaviour of partially saturated MX-80 bentonite with pure water is relatively w...
Buffer materials for nuclear waste disposal applications generally consist of blocks made of highly ...
Deep geological disposal is currently the most feasible option for the long-term isolation of radioa...
International audienceBentonite-based materials have been considered in many countries as engineered...
Like every human activity, the nuclear activities generate waste. Because of the particular characte...
Bentonite is attracting greater attention in Japan and some other countries as a buffer for use in r...
The effect of exposure to repository-like conditions on compacted Wyoming bentonite was determined b...
The present study examines the geotechnical properties of Indian bentonite clays for their suitabili...
The storage of highly radioactive waste from nuclear power plants is currently planned to be solved ...
Bentonite is considered as one of the most promising buffer materials for geological disposal of ra...
[[abstract]]©2004 Elsevier - To provide an overall functional evaluation of buffer materials, this s...
The conceptual model for deep geological disposal of high level nuclear waste (HLW) is based on mult...
[[abstract]]©2003 Proceedings of Waste Management ’03 Conference - The physical and chemical propert...
In the context of underground storage of nuclear waste, this paper presents the characterization and...
Permeability and swelling characteristics of bentonite and bentonite-sand are the essential paramete...
The water retention behaviour of partially saturated MX-80 bentonite with pure water is relatively w...
Buffer materials for nuclear waste disposal applications generally consist of blocks made of highly ...
Deep geological disposal is currently the most feasible option for the long-term isolation of radioa...
International audienceBentonite-based materials have been considered in many countries as engineered...
Like every human activity, the nuclear activities generate waste. Because of the particular characte...
Bentonite is attracting greater attention in Japan and some other countries as a buffer for use in r...
The effect of exposure to repository-like conditions on compacted Wyoming bentonite was determined b...
The present study examines the geotechnical properties of Indian bentonite clays for their suitabili...
The storage of highly radioactive waste from nuclear power plants is currently planned to be solved ...