Simulation of Nanocrystalline Magnetic Cores using Maxwell ANSYS
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Engineering topics
Publications and source records attributed to Shaw, Zachary C..
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Presentation on research into solid-state pulsed power techniques and the impact they could have on pre-existing DoE test beds.
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Conference: 14th International Particle Accelerator Conference Date: May 7th-12th, 2023 Location: Lido di Venezia, Italy Presenter: Evan R Scott
The Advanced Sources and Detectors (ASD) project aims to build Scorpius, a multi pulse linear induction accelerator capable of delivering a 1.4 kA electron beam at energies up to 24 MeV. One of the primary advancements of Scorpius is the use of solid state pulsed power (SSPP) to provide flexibility in pulse shaping by independently triggering 45 individual stages stacked in each of 984 line replaceable units (LRU), with 168 LRUs dedicated to the injector. By leveraging circuit modeling of each LRU stage, a machine learning model of the SSPP will be developed to allow for optimization of the pulse shape, including pulse flattening and reflection mitigation. Particle-in-cell simulations of Scorpius have, for example, demonstrated that reducing reflections during multi-pulse operation mitigates beam spill by preventing the production of off-energy electrons between pulses, thereby abating stimulated ion desorption from the wall and beam charge neutralization. This machine learning model will be validated and tuned with experimental data collected from the Scorpius injector and Integrated Test Stand