Shock State Distributions in Porous Tantalum Using Multipoint PDV.
Abstract not provided.
Moore, Nathan↗
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Design of Critical Experiments Targeting Epithermal Cross Sections of Tantalum.
Abstract not provided.
Ames, David↗
Completion of IER 305: Molybdenum Sleeve Experiments and Preparations for Performing IER 441: Epithermal Tantalum Experiments [Slides]
This presentation includes a look into Sandia critical experiments including the 7uPCX, BUCCX, and assembly design. This presentation touches on the completion of IER 305 with CED-3b, CED-4a, and CED-4b. Finally, there are preparations to perform IER 441 including new hardware, critical configurations, and next steps.
11 NUCLEAR FUEL CYCLE AND FUEL MATERIALS↗
Peak stress dependence for tantalum spall when shocked near the spall strength
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McCoy, Chad August↗
Understanding the plastic anisotropy of tantalum single crystals under high temperature and dynamic impact testing
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Aragon, Nicole↗
Effect of Machining Processes on the Perceived Mechanical Properties of Tantalum Refractory Alloys
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Finfrock, Christopher Barret↗
Tantalum Equation of State with Uncertainty Quantification using Heterogeneous Data Sources
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36 MATERIALS SCIENCE↗
Characterization of Oxidation in Tantalum and Cracking Susceptibility At High Temperatures Using AES
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Meyerson, Melissa Lynn↗
Nuclear Data Sensitivity, Uncertainties, and Sensitivity Metrics for Tantalum Reflected Systems [Slides]
Nuclear data uncertainties and similarity metrics were investigated for the Thales design. Nuclear data uncertainties decrease dramatically from BLO to ENDF/B-VIII.1 covariances. Similarity metrics were utilize to down-select among proposed experiment design files.
Nuclear Criticality Safety Program (NCSP)↗
Characterization of Oxidation in Tantalum and Cracking Susceptibility At High Temperatures Using AES
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Lam, Nhu [Sandia National Laboratories (SNL-NM), A↗
Exploring high-pressure tantalum sound speeds and strength using multi-sample shock release experiments
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Volz, Travis [Lawrence Livermore National Laborato↗
Determination of biaxial creep strength of T-111 tantalum alloy Semiannual report, Mar. 8 - Sep. 8, 1967
Creep behavior of T-111 alloy tubing under biaxial stress and stress effects on corrosion behavior of T-111 alloy with potassium
Engel, L. B., Jr.↗
Evaluation of tantalum to stainless steel transition joints
Tantallum-stainless steel bimetallic joints tested to determine overall strength of brazed joint
Spagnuolo, A. C.↗
Dislocation Structures in Slightly Strained Tungsten, Tungsten-Rhenium, and Tungsten- Tantalum Alloys
Deformation substructures of W, W-Re and W-Ta alloys, using transmission electron microscopy
Stephens, J. R.↗
Surface superconductivity in tantalum.
Ta wire surface superconductivity in longitudinal magnetic field, discussing effects of strain and interstitial impurities on critical fields
Gatos, H. C.↗
Oxygen effects in tantalum thermionic emitters.
Saturation electron emission characteristics from incompletely outgassed Ta wire emitters immersed in Cs vapor using plasma anode technique, noting oxygen effects
De Steese, J. G.↗
Resistance of tantalum in the intermediate /superconducting-normal/ state.
Ta type I and II wire resistance in transverse magnetic field during superconducting to normal transition, discussing strain and impurity effects
Gatos, H. C.↗