ISO 35001 Implementation at SNL: Analysis Question Set 3
Abstract not provided.
59 BASIC BIOLOGICAL SCIENCES↗
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ISO 35001 Implementation at SNL: Analysis Question Set 5
Abstract not provided.
59 BASIC BIOLOGICAL SCIENCES↗
ISO 35001 Implementation at SNL: Analysis Question Set 6
Abstract not provided.
59 BASIC BIOLOGICAL SCIENCES↗
ISO 35001 Implementation at SNL: Analysis Question Set 7
Abstract not provided.
59 BASIC BIOLOGICAL SCIENCES↗
H-Mat: Task P2 (SNL) Computational Polymer modeling Accomplishments [Slides]
Two classes of hydrogen gas are observed in pressurized EPDM. The H 2 gas with slower diffusional dynamics localizes away from crosslinks.
08 HYDROGEN↗
DECOVALEX 2023 TASK G: Step1 Benchmark Exercise: G1-M-BE-2D SNL Modeling Progress.
Abstract not provided.
Hadgu, Teklu↗
AirNet-SNL: End-To-End Training of Iterative Reconstruction and Deep Neural Network Regularization for Sparse-Data XPCI CT.
Abstract not provided.
Lee, Dennis↗
Ramp and shock-ramp experiments on the SNL pulsed power machines.
Abstract not provided.
Brown, Justin↗
SNL WIPP Geochemistry. Effect of Ferrous and Ferric Iron Complexation with EDTA on Dissolved Concentrations of Actinides.
Abstract not provided.
Miller, Chammi↗
DECOVALEX23: Task C, Step 0 SNL Updated Thermal Hydrologic Modeling of Full-Scale Heater Experiment.
Abstract not provided.
Hadgu, Teklu↗
Joint LLNL, LANL, SNL, and IRSN High Multiplication Subcritical (Multiplicity) Benchmark Experiments Execution Plan (IER-518 CED-3a)
As part of the experiment design and planning, the critical experiment design team (CEDT), as well as additional stakeholders, convened a series of meetings to discuss the goals and requirements of execution for this experiment. The slides from these meetings are attached in Appendix A. The following sections summarize the outcome of those discussions and present the planned experimental configurations and measurements. The stated goals of this experiment are as follows: 1) Measure time-tagged list-mode data for configurations exceeding neutron multiplication of 100; 2) Provide intercomparison between LLNL, LANL, and IRSN detector systems and methodologies; 3) Generate experiment execution report(s) useful to a fundamental physics benchmark for the ICSBEP; 4) Leverage existing critical experiment and detector system benchmarks to limit required modeling and uncertainty analysis.
22 GENERAL STUDIES OF NUCLEAR REACTORS↗