Novel Monitoring of Physically-Difficult-to-Access Safeguarded Systems via Autonomous Self-Propagating Space-Filling Chemical Waves
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Heath, Jason Elliott↗
Engineering topics
Finch, Robert
Publications and source records attributed to Finch, Robert.
Novel Monitoring of Physically-Difficult-to-Access Safeguarded Systems via Autonomous Self-Propagating Space-Filling Chemical Waves
Explore the source record for details and available documents.
Heath, Jason Elliott↗
PRO-X Fuel Cycle Transportation and Crosscutting Progress Report
The PRO-X program is actively supporting the design of nuclear systems by developing a framework to both optimize the fuel cycle infrastructure for advanced reactors (ARs) and minimize the potential for production of weapons-usable nuclear material. Three study topics are currently being investigated by Sandia National Laboratories (SNL) with support from Argonne National Laboratories (ANL). This multi-lab collaboration is focused on three study topics which may offer proliferation resistance opportunities or advantages in the nuclear fuel cycle. These topics are: 1) Transportation Global Landscape, 2) Transportation Avoidability, and 3) Parallel Modular Systems vs Single Large System (Crosscutting Activity).
11 NUCLEAR FUEL CYCLE AND FUEL MATERIALS↗
Novel Methods for International Safeguard Sensing: Nonlinear Chemical Waves and In Situ Logic-Tree Analysis.
Abstract not provided.
Dewers, Thomas↗
Novel Methods for International Safeguard Sensing: Nonlinear Chemical Waves and In Situ Logic-Tree Analysis.
Abstract not provided.
Dewers, Thomas↗
Systems Approaches to Problem Solving at Sandia National Laboratories. An overview with example studies.
Abstract not provided.
Finch, Robert↗