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Publication	Type	Year
2D vs 1D: A PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps 68th Annual Gaseous Electronics Conference Stan Gerald Moore, Christopher Hudson Moore, Jeremiah J. Boerner https://www.osti.gov/search/identifier:1333267	Conference Paper – 2015 Conference Paper	2015
Timestep Constraints for Accurate PIC-DSMC Simulation of Breakdown: From Arc Initiation to Stable Arcs 68th Gaseous Electronics Conference Christopher Hudson Moore, Stan Gerald Moore, Matthew M. Hopkins, Jeremiah J. Boerner, Keith Cartwright, Laura Butler Biedermann https://www.osti.gov/search/identifier:1333479	Conference Paper – 2015 Conference Paper	2015
Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation International Conference on Phenomena in Ionized Gases Christopher Hudson Moore, Matthew M. Hopkins, Stan Gerald Moore, Jeremiah J. Boerner, Keith Cartwright https://www.osti.gov/search/identifier:1339229	Conference Paper – 2015 Conference Paper	2015
Numerical parameter constraints for accurate PIC-DSMC simulation of breakdown from arc initiation to stable arcs. Gaseous Electronics Conference Christopher Hudson Moore, Matthew M. Hopkins, Stan Gerald Moore, Jeremiah J. Boerner, Keith Cartwright	Abstract – 2015 Abstract	2015
2D Axisymmetric vs 1D: A PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps 68th Annual Gaseous Electronics Conference Stan Gerald Moore, Christopher Hudson Moore, Jeremiah J. Boerner	Abstract – 2015 Abstract	2015
Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation International Conference on Phenomena in Ionized Gases Christopher Hudson Moore, Matthew M. Hopkins, Stan Gerald Moore, Jeremiah J. Boerner, Keith Cartwright https://www.osti.gov/search/identifier:1241115	Conference Paper – 2015 Conference Paper	2015
A Hybrid PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps Gaseous Electronics Conference (GEC) 2014 Stan Gerald Moore, Christopher Hudson Moore, Jeremiah J. Boerner https://www.osti.gov/search/identifier:1242126	Conference Paper – 2014 Conference Paper	2014
Comparison of velocity distribution function errors introduced by particle reweighting schemes in PIC-DSMC simulations 56th annual meeting of the APSDivision of Plasma Physics Christopher Hudson Moore, Christopher Hudson Moore, Jeremiah J. Boerner, Jeremiah J. Boerner, Stan Gerald Moore, Stan Gerald Moore, Keith Cartwright, Keith Cartwright, Timothy D. Pointon, Timothy D. Pointon	Abstract – 2014 Abstract	2014
A Hybrid PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps 67th Gaseous Electronics Conference Stan Gerald Moore, Christopher Hudson Moore, Jeremiah J. Boerner	Abstract – 2014 Abstract	2014
Simulation of microscale breakdown after vacuum seal failure 2014 IEEE 41st International Conference on Plasma Sciences Matthew M. Hopkins, Jeremiah J. Boerner, Stan Gerald Moore, Paul Crozier, Lawrence Musson https://www.osti.gov/search/identifier:1146169	Conference Paper – 2014 Conference Paper	2014
Computational Efficiency for Kinetic Simulation of Vacuum Arcs 4th International Workshop on Mechanisms of Vacuum Arcs Matthew M. Hopkins, Jeremiah J. Boerner, Christopher Hudson Moore, Paul Crozier, Stan Gerald Moore, Matthew Tyler Bettencourt, Russell Hooper https://www.osti.gov/search/identifier:1116438	Conference Paper – 2013 Conference Paper	2013
Paschen Concepts in Non-Uniform Gas 4th International Workshop on Mechanisms of Vacuum Arcs Christopher Hudson Moore, Matthew M. Hopkins, Jeremiah J. Boerner, Paul Crozier, Stan Gerald Moore https://www.osti.gov/search/identifier:1116426	Conference Paper – 2013 Conference Paper	2013
Challenges to Simulating Vacuum Arc Discharge XXXI International Conference on Phenomena in Ionized Gases Matthew M. Hopkins, Jeremiah J. Boerner, Christopher Hudson Moore, Edward V. Barnat, Paul Crozier, Stan Gerald Moore, Matthew Tyler Bettencourt, Robert B. Campbell, Lawrence Musson, Russell Hooper https://www.osti.gov/search/identifier:1115246	Conference Paper – 2013 Conference Paper	2013
Accommodating Large Temporal, Spatial, and Particle Weighting Demands for Simulating Vacuum Arc Discharge 40th IEEE International Conference on Plasma Science Matthew M. Hopkins, Jeremiah J. Boerner, Christopher Hudson Moore, Paul Crozier, Robert B. Campbell, Lawrence Musson, Matthew Tyler Bettencourt https://www.osti.gov/search/identifier:1106697	Conference Paper – 2013 Conference Paper	2013
1D PIC-DSMC Microscale Breakdown Simulations 65th Annual Gaseous Electronics Conference Matthew M. Hopkins, Paul Crozier, Edward V. Barnat, Jeremiah J. Boerner, Russell Hooper, Matthew Tyler Bettencourt, Lawrence Musson https://www.osti.gov/search/identifier:1072466	Conference Paper – 2012 Conference Paper	2012
1D PIC-DSMC Simulations of Breakdown in Microscale Gaps 28th International Rarefied Gas Dynamics Symposium Matthew M. Hopkins, Paul Crozier, Russell Hooper, Jeremiah J. Boerner, Lawrence Musson, Matthew Tyler Bettencourt https://www.osti.gov/search/identifier:1116613	Conference Paper – 2012 Conference Paper	2012
1D PIC-DSMC Simulations of Breakdown in Microscale Gaps 28th International Rarefied Gas Dynamics Symposium Matthew M. Hopkins, Paul Crozier, Russell Hooper, Jeremiah J. Boerner, Lawrence Musson, Matthew Tyler Bettencourt https://www.osti.gov/search/identifier:1140709	Conference Paper – 2012 Conference Paper	2012
PIC-DSMC Simulations of Breakdown in Microscale Gaps 28th International Rarefied Gas Dynamics Symposium Matthew M. Hopkins, Paul Crozier, Russell Hooper, Jeremiah J. Boerner, Lawrence Musson, Matthew Tyler Bettencourt https://www.osti.gov/search/identifier:1073337	Conference Paper – 2012 Conference Paper	2012
3D Vacuum Arc Breakdown Simulation: Many Challenges and Some Solutions 39th IEEE International Conference on Plasma Science Matthew M. Hopkins, Jeremiah J. Boerner, Edward V. Barnat, Paul Crozier, Matthew Tyler Bettencourt, Lawrence Musson, Russell Hooper, Christopher Hudson Moore, Harold C. Meyer https://www.osti.gov/search/identifier:1104785	Conference Paper – 2012 Conference Paper	2012
1D Breakdown Simulations and Development of an Energy Conserving, Implicit PIC-DSMC Method Particle-in-Cell Networking Interaction and Collaboration Matthew M. Hopkins, Russell Hooper, Paul Crozier, Matthew Tyler Bettencourt, Jeremiah J. Boerner, Lawrence Musson https://www.osti.gov/search/identifier:1658752	Other Publication – 2012 Other Publication	2012
Building Blocks for 3D Vacuum Arc Discharge IPAM Workshop on Mathematical and Computer Science Approaches to High Energy Density Physics Matthew M. Hopkins, Jeremiah J. Boerner, Edward V. Barnat, Paul Crozier, Matthew Tyler Bettencourt, Christopher Hudson Moore, Russell Hooper, Lawrence Musson https://www.osti.gov/search/identifier:1067530	Conference Paper – 2012 Conference Paper	2012
Document Title	Type	Year

Publications

2D vs 1D: A PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps

Timestep Constraints for Accurate PIC-DSMC Simulation of Breakdown: From Arc Initiation to Stable Arcs

Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation

Numerical parameter constraints for accurate PIC-DSMC simulation of breakdown from arc initiation to stable arcs.

2D Axisymmetric vs 1D: A PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps

Breakdown simulations from arc initiation to stable arcs: Challenges for accurate PIC-DSMC simulation

A Hybrid PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps

Comparison of velocity distribution function errors introduced by particle reweighting schemes in PIC-DSMC simulations

A Hybrid PIC/DSMC Model of Breakdown in Triggered Vacuum Spark Gaps

Simulation of microscale breakdown after vacuum seal failure

Computational Efficiency for Kinetic Simulation of Vacuum Arcs

Paschen Concepts in Non-Uniform Gas

Challenges to Simulating Vacuum Arc Discharge

Accommodating Large Temporal, Spatial, and Particle Weighting Demands for Simulating Vacuum Arc Discharge

1D PIC-DSMC Microscale Breakdown Simulations

1D PIC-DSMC Simulations of Breakdown in Microscale Gaps

1D PIC-DSMC Simulations of Breakdown in Microscale Gaps

PIC-DSMC Simulations of Breakdown in Microscale Gaps

3D Vacuum Arc Breakdown Simulation: Many Challenges and Some Solutions

1D Breakdown Simulations and Development of an Energy Conserving, Implicit PIC-DSMC Method

Building Blocks for 3D Vacuum Arc Discharge