Coupling 1D Telegrapher Equations to 3D Maxwell's Equations with Applications to Pulsed Power
Abstract not provided.
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Jump to search filtersVariational, Stable, and Self-Consistent Coupling of 3D Electromagnetics to 1D Transmission Lines
Abstract not provided.
Verification of a PIC-Fluid Hybrid Code With the Two-stream Plasma Instability Problem
Abstract not provided.
EMPIRE Simulation of the RKA Electron Beam in a Gas Cell
Abstract not provided.
Initial Comparison of EMPIRE Simulations with Diodes Driven by the Photoelectric Effect
Abstract not provided.
Initial Comparison to Experiments of EMPIRE Simulations with Diodes Driven by the Photoelectric Effect
Abstract not provided.
Verification of a PIC-Fluid Hybrid Code With the Two-stream Plasma Instability Problem
Abstract not provided.
The Thermalization Verification Problem for EMPIRE-PIC and EMPIRE-Fluid
We report on the verification of elastic collisions in EMPIRE-PIC and EMPIRE-Fluid in support of the ATDM L2 V&V Milestone. The thermalization verification problem and the theory behind it is presented along with an analytic solution for the temperature of each species over time. The problem is run with both codes under multiple parameter regimes. The temperature over time is compared between the two codes and the theoretical results. A preliminary convergence analysis is performed on the results from EMPIRE-PIC and EMPIRE-Fluid showing the rate at which the codes converge to the analytic solution in time (EMPIRE-Fluid) and particles (EMPIRE-PIC).
EMPIRE Simulation of the RKA Electron Beam
Abstract not provided.
EMPIRE and EMPHASIS: Verification and Validation
Abstract not provided.
Code Verification of Magnetically Insulated Transmission Lines (MITL) for Power Flow Applications
Abstract not provided.
Simulating the RKA with EMPIRE
Abstract not provided.
Code Verification of Magnetically Insulated Transmission Lines (MITL) for Power Flow Applications
Abstract not provided.
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