Toward understanding the role of cell venting in module-to-module propagation
This work will presented at the DOE OE energy storage peer review conference.
Publications
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Jump to search filtersMulti-Metal Patterned Transmission Targets for Improved Photon Counting CT Imaging
Abstract not provided.
Analytic crack kinking transformations for Williams expansion and pressurized crack
Abstract not provided.
Progress on Tribal Energy Storage Analysis
Abstract not provided.
Energy Storage Power Electronics Program
Abstract not provided.
Quantum Sensing using a qubit for the detection of ionizing radiation
Abstract not provided.
Hydrogen-assisted fatigue and fracture in pipeline steels: myths and general trends
Abstract not provided.
Bulk and Nanoconfined Carbon Dioxide in Interfacial Aqueous/Ionic Liquid Systems
Abstract not provided.
SparseX - A tool for distributed processing of multidimensional sparse data
Developed for atmospheric science: specifically, a tool for processing sparse photon propagation data
Resource assessment and recovery of critical materials from shale sources
Abstract not provided.
MACHINE LEARNING DATA-DRIVEN CLOSURE MODELS
Abstract not provided.
A Framework for Evaluating the Maturity Level of Machine Learning Explanations
Abstract not provided.
Development of High Capacity Cathodes for Rechargeable Alkaline Zinc Batteries
Poster presentation at DOE OE Peer Review 2024 in Bellevue Washington
A High-Throughput Platform for EFI Testing
Abstract not provided.
Differentiable Hydrodynamics for Optimization and Sensitivity Analysis
Abstract not provided.
Cr-coated Accident Tolerant Fuel Concept Source Term Accident Sequence Analysis - High Burnup Fuel Source Term Accident Sequence Analysis Supplement
To extend NUREG-1465 and high burnup fuel source term (SAND2023-01313) recommendations, representative radiological releases to containment – patterned after NUREG-1465 – have been evaluated for LWRs utilizing the chromium-coating on major zircaloy structures (cladding and fuel canisters) and high burnup fuel with enrichments of 8% and 10% for PWRs and BWRs, respectively. Representative radionuclide releases are generated for this accident tolerant fuel concept by applying non-parametric bootstrap methods to MELCOR simulation results. Accident scenarios considered in this analysis include principle contributors to historical core damage frequency estimates for a range of nuclear reactor technologies representative of the operating U.S.A. fleet of nuclear reactors.
REFRACTORY HIGH-ENTROPY ALLOY COATINGS FOR CORROSION RESISTANCE IN HIGH-TEMPERATURE, MOLTEN-SALT REACTORS
Abstract not provided.
Equation of State Development for Quartz and Copper
Abstract not provided.
Active Learning Discovery of High Diffusion Metal-Organic Frameworks for Carbon Dioxide Conversion
Abstract not provided.
Towards Harmonized Data for PV Systems
Abstract not provided.
Design of Defensive Cybersecurity Architectures for High Temperature, Gas-Cooled Reactors
This report presents the design of defensive cybersecurity architectures (DCSAs) for High Temperature, Gas-Cooled Reactors (HTGRs). A DCSA is a cybersecurity design feature that places systems into security zones in a graded approach according to the importance of the functions performed by the systems. DCSA design efforts for advanced reactors may commence as early as the system-level design phase. This design approach is consistent with the draft regulatory guide for advanced reactor cybersecurity programs (DG-5075) and enables advanced reactor designers to consider the effects of security-by-design (SeBD) features on their DCSAs. Integration of DCSA design and other cybersecurity activities with the traditional design process as part of a SeBD framework may enable advanced reactor designers to improve the security posture of their plants while reducing implementation and operating costs. This report provides a DCSA template for an exemplar HTGR and describes a DCSA design process using event tree analysis so that the template may be optimized for a given HTGR design.
Containerized Application Security for ICS (CAPSec)
The slides will be presented at a DOE CESER Peer Review for the Risk Management Tools and Technology (RMT) that provide an overview of the CAPSec project. The slides discuss the live-updates and live-migration results along with an overview of the demonstration performed for this project. The peer review is scheduled for August 27-29.
Co-designing for Sparseness: Simulating Next-Generation Memory Systems
Abstract not provided.
Investigation of Calcium Zincate (Ca[Zn(OH)3]2·2H2O) Cycling Performance for Rechargeable Alkaline Zinc Batteries
Poster presentation at DOE OE Peer Review 2024 in Bellevue Washington
Enhancing GMS Mapping Capabilities
Abstract not provided.
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