Preferred Orientation Patterns of Phyllosilicates In Surface Clays
Abstract not provided
Wenk, H. -R.↗
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Results for “CLAYS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Modified Thermomechanical Triaxial Cell for Microscopic Assessment of Clay Fabric Using Synchrotron X-Ray Diffraction
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99 GENERAL AND MISCELLANEOUS↗
Water transport pathway in clay interlayer upon dehydration [Slides]
Smectite (e.g., Montmorillonite): phyllosilicate minerals found in bentonites. Bentonites have been considered as key backfill barrier materials in deep geological nuclear waste repository concepts. Swelling/shrinking of montmorillonite (MMT) occurs with increasing/decreasing relative humidity. Our research question is, "Microscopically, how does the hydration/dehydration process occur?"
36 MATERIALS SCIENCE↗
Evaluation of Fracture in Cement-Clay Large Systems through Application of Non-Local Peridynamics (Overview Slides).
Abstract not provided.
Trageser, Jeremy↗
Water transport pathway in clay interlayer upon dehydration [Slides]
Smectite (e.g., Montmorillonite): phyllosilicate minerals found in bentonites. Bentonites have been considered as key backfill barrier materials in deep geological nuclear waste repository concepts. Swelling/shrinking of montmorillonite (MMT) occurs with increasing/decreasing relative humidity. Microscopically, how does the hydration/dehydration process occur?
36 MATERIALS SCIENCE↗
Modeling Drying of Cement-Clay Composites with Non-Local Peridynamics.
Abstract not provided.
Rimsza, Jessica↗
Investigating the behavior of clay in cement systems.
Abstract not provided.
Mitchell, Chven Andreas Melissa↗
Water transport through clay materials used in nuclear waste repositories.
Abstract not provided.
Coker, Eric↗
Evaluation of Fracture in Cement-Clay Systems trhough Application of Non-Local Peridynamics.
Abstract not provided.
Trageser, Jeremy↗
Transport-mechanical-chemical coupling effects during clay dehydration .
Abstract not provided.
HO, Tuan↗
"Dirt Cheap" Energy Storage: Clay-Based Separators for Solid State Storage.
Abstract not provided.
Spoerke, Erik↗
WEIMOS: Shear Behaviors of Bedded Salt Clay Seams and Their Impact on Disposal Room Porosity.
Abstract not provided.
Sobolik, Steven↗
Chemo-mechanical effects and moisture transport during clay dehydration.
Abstract not provided.
HO, Tuan↗
Model Development for THM Simulations of a Full-Scale Heater Emplacement in Opalinus Clay.
Abstract not provided.
Hadgu, Teklu↗
Gypsum and clay-based additives to MSW for pre-combustion enhancement of syngas and solid residue improvement (Final Scientific/Technical Report)
This project was focused on the development of a cost-effective and practical approach for the recovery of metals and syngas from municipal solid waste (MSW) thermally processed in a gasification or combustion (i.e. waste-to-energy (WTE)) facility with the inclusion of other waste streams. The goal of additional waste inclusion was targeted to change the oxidation of critical and precious elements to enable them to be more efficiently recovered. The project had two main components: laboratory testing and techno-economic analysis (TEA). The additional waste included with MSW as gypsum and spent FCC (sFCC) catalyst as additives to improve material recovery and energy efficiency in MSW and WTE ash.
36 MATERIALS SCIENCE↗