Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Smith, Trevor↗
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Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Production of Precursor Materials for the Development of Iron-Based Superconductor (IBS) Wire
The objective of the activities under this Annex is to address the extrinsic Jc limitations uncovered in pioneering work. In order to engineer the defects pinning landscape charged particle irradiations experiments on bulk samples, different doping and chemical additions will be performed at different National facilities (Test Beam Facility at Fermilab; Linac Isotope Producer at Brookhaven National Laboratory; Integrated Biology Laboratory at University of Wisconsin-Madison; Facility for Rare Isotope Beams at Michigan State University). The samples will be produced at ENEA by different techniques. Magnetization and advanced microscopy measures will be performed at Fermilab. After irradiation, depending on the level of radioactivity, the samples will be tested at Fermilab or where it is possible to measure radioactive materials as University of Wisconsin-Madison.
43 PARTICLE ACCELERATORS↗
Accelerator Magnet Development Based on COMB Technology with STAR® Wires
Explore the source record for details and available documents.
72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
Progress Towards An Investigation Of The MiniBooNE Low Energy Excess Using Neutral-Current Delta-Like Single Photons In MicroBooNE With Wire-Cell 3D Reconstruction Algorithms
Explore the source record for details and available documents.
72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Heat Treatment Effects on Mechanical Properties of Wire Arc Additive Manufactured and Electron Beam Additive Manufactured Ti-6Al-4V.
Abstract not provided.
Pegues, Jonathan↗
Printed Wiring Assemblies (PWA) and Counterfeit Detection using Non-Destructive X-ray CT Analysis.
Abstract not provided.
Washburn, Cody↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Johnston, Mark↗
Heat Treatment Effects on Mechanical Properties of Wire Arc Additive Manufactured Ti-6Al-4V.
Abstract not provided.
Saiz, Natalia↗
Hot Isostatic Pressing to Increase Isotropic Behavior of Wire DED Ti-6Al-4V.
Abstract not provided.
Treadwell, Larico↗
Plasma Flows from Dual Exploding Wire Arrays for the MARZ campaign on Z.
Abstract not provided.
Datta, Rishabh↗
Understanding electrode plasma formation on wires and thin foils via vacuum ultraviolet spectroscopy of desorbed surface contaminants .
Abstract not provided.
Smith, Trevor↗
Process-Structure-Property Evaluation of Laser-Hot Wire CP-Ti Grade 2.
Abstract not provided.
Sims, Hannah↗
Transformative Manufacturing of Adaptive Wire Feedstocks with Atomic Layer Deposition of Nb 2 O 5 onto Depleted Uranium [Slides]
Project Motivation: Uranium corrosion susceptible and highly catalytic; Exposure thickens oxide impacting material performance. This worsens with time; Sigma is uniquely positioned to tackle R&D challenges with Uranium processing. Possible Solutions: 1) Make new material for each weld. Occupational exposure, difficult to align resources ; 2) Coatings? Coating adds foreign material: can this be minimized?
36 MATERIALS SCIENCE↗