PIC-DSMC Simulations of Pin-to-Plane Breakdown Through a Thin-Film Dielectric Coated Electrode
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Moore, Christopher Hudson↗
Engineering topics
Jindal, Ashish Kumar
Publications and source records attributed to Jindal, Ashish Kumar.
Micron-scale Field Emission Model for PIC-DSMC Simulations Based on Nanoscale Surface Characterization.
Abstract not provided.
Moore, Christopher Hudson↗
Employing Nanoscale Surface Characterizations in a Field Emission Model.
Abstract not provided.
Hopkins, Matthew M.↗
Field Emission Model for PIC-DSMC Simulations Based on Nanoscale Surface Characterization.
Abstract not provided.
Moore, Christopher Hudson↗
Modeling the Role of Beta on Vacuum Field Emission in PIC DSMC Simulations: Scalilng from Nano to Meso Scale.
Abstract not provided.
Jindal, Ashish Kumar↗
Quantifying Streamer Dynamics for Azimuthally Swept 3D Wedges in Pin-to-Plane PIC-DSMC Simulations.
Abstract not provided.
Jindal, Ashish Kumar↗
PIC-DSMC numerical grid heating in collisional plasmas: Application to streamer discharge simulations.
Abstract not provided.
Moore, Christopher Hudson↗
3D Streamer Evolution in an Azimuthally Swept Pin-To-Plane Wedge Geometry Using a PIC-DSMC Code.
Abstract not provided.
Jindal, Ashish Kumar↗
PIC-DSMC Simulations of Ultra-fast Pin-to-Plane Discharge in Air.
Abstract not provided.
Moore, Christopher Hudson↗
Investigating Streamer Propagation Physics in 2D and 3D Pin-to-Plane Geometries Using a PIC-DSMC Code.
Abstract not provided.
Jindal, Ashish Kumar↗
Kinetic Unstructured Finite Element PIC-DSMC Simulation of Ultra-Fast Pin-to-Plane Discharge in Air.
Abstract not provided.
Moore, Christopher Hudson↗
Streamer Evolution Near a Dielectric Surface with Variable Permittivity.
Abstract not provided.
Jindal, Ashish Kumar↗
Kinetic simulation of breakdown in gaps with and without dielectric particles.
Abstract not provided.
Moore, Christopher Hudson↗
Steamer Formation Near a Dielectric Surface with Variable Quantum Yield.
Abstract not provided.
Jindal, Ashish Kumar↗
Kinetic simulation of breakdown for gaps with and without dielectric particles.
Abstract not provided.
Moore, Christopher Hudson↗