Simulating High Energy Beam Transport Through a Collisional Gas Cell with EMPIRE.
Abstract not provided.
Medina, Brandon Michael↗
Engineering topics
Bell, Kate Suzanne
Publications and source records attributed to Bell, Kate Suzanne.
Collecting Evidence from Experiments and Simulations for Credible Predictions of Gas Breakdown by High Energy Photons.
Abstract not provided.
Cartwright, Keith↗
How to Field Diagnostics: A Selection of Case Studies.
Abstract not provided.
Ball, Christopher Robert↗
Recharacterization of Saturn's radiation dose environment through simulation and experiment.
Abstract not provided.
Ulmen, Benjamin A↗
EMPIRE Simulation of the RKA Electron Beam in a Gas Cell.
Abstract not provided.
Medina, Brandon Michael↗
Initial Comparison of EMPIRE Simulations with Diodes Driven by the Photoelectric Effect.
Abstract not provided.
Shields, Sidney↗
Impact of reduced cross section sets on e-beam interaction with Ar.
Abstract not provided.
Hopkins, Matthew M.↗
P203 Studies of Intense Electron Beam Propagation in Gas-Filled Cells.
Abstract not provided.
Bell, Kate Suzanne↗
Unconventional PDV applications: detecting plasma and radiation.
Abstract not provided.
Bell, Kate Suzanne↗
COUPLED RADIATION HYDRODYNAMIC SIMULATION OF MELTING AND SHOCK FROM PULSED WARM X-RAY RADIATION AT THE NATIONAL IGNITION FACILITY.
Abstract not provided.
Mesh, Mikhail↗
Plasma and radiation detection via fiber interferometry
Photonic Doppler velocimetry tracks motion during high-speed, single-event experiments using telecommunication fiber components. The same technology can be applied in situations where there is no actual motion, but rather a change in the optical path length. Migration of plasma into vacuum alters the refractive index near a fiber probe, while intense radiation modifies the refractive index of the fiber itself. Lastly, these changes can diagnose extreme environments in a flexible, time-resolved manner.
70 PLASMA PHYSICS AND FUSION TECHNOLOGY↗