Introduction to Collisional PIC Methods for Simulating Vacuum Arcs
Abstract not provided.
Publications
Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation
Abstract not provided.
Fully Kinetic Simulation of Atmospheric Pressure Microcavity Discharge Device
Abstract not provided.
Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation
Abstract not provided.
Advanced Capabilities in GOMA 6.0 - Augmenting Conditions Automatic Continuation and Linear Stability Analysis
This document describes the form and use of three supplemental capabilities added to Goma during 1998 -- augmenting conditions, automatic continuation and linear stability analysis. Augmenting conditions allow the addition of constraints and auxiliary conditions which describe the relationship between unknowns, boundary conditions, material properties and post-processing extracted quantities. Automatic continuation refers to a family of algorithms (zeroth and first order here, single and multi-parameter) that allow tracking steady-state solution paths as material parameters or boundary conditions are varied. The stability analysis capability in Goma uses the method of small disturbances and superposition of normal modes to test the stability of a steady- state flow, i.e., it determines if the disturbance grows or decays in time.
Comparison of Aleph and BOLSIG+ Results for Electron-Nitrogen Chemistry
Abstract not provided.
Response of the plasma to the size of an electron collecting electrode biased near the plasma potential
Abstract not provided.
The Influence of Anode Size on Bulk Plasma State: Simulation Theory and Experiment
Abstract not provided.
Goma 6.0
Abstract not provided.
Simulation of microscale breakdown after vacuum seal failure
Abstract not provided.
Paschen Concepts in Non-Uniform Gas
Abstract not provided.
Computational Efficiency for Kinetic Simulation of Vacuum Arcs
Abstract not provided.
Automatic Coarsening of the Particle Interaction Mesh in a Hybrid PIC-DSMC Simulation
Abstract not provided.
Addressing Challenges to Simulating Breakdown and Arc Evolution in Vacuum and Low Pressure Systems
Abstract not provided.
Automatic Coarsening of the Particle Interaction Mesh in a Hybrid PIC-DSMC Simulation
Abstract not provided.
Challenges to Simulating Vacuum Arc Discharge
Abstract not provided.
Accommodating Large Temporal Spatial and Particle Weighting Demands for Simulating Vacuum Arc Discharge
Abstract not provided.
1D PIC-DSMC Simulation of Microscale Breakdown in Gaps with a Non-Uniform Background Gas Density
Abstract not provided.
Solution Comparisons of Models of an Expanding Ambipolar Plasma
Abstract not provided.
Predicting Neutron Tube Performance
Abstract not provided.
PIC Simulation of Microscale Breakdown in Gaps Filled with a Non-Uniform Background Neutral Gas Density
Abstract not provided.
The Path to Full Geometry 3D Vacuum Arc Simulation
Abstract not provided.
Breakdown voltage calculations using PIC-DSMC
Abstract not provided.
1D PIC-DSMC Microscale Breakdown Simulations
Abstract not provided.
1D PIC-DSMC Simulations of Breakdown in Microscale Gaps
Abstract not provided.
Results 126–150 of 193