Fully kinetic simulations of the stabilization of the AIC mode through short plasmas
November 2023 | S. Nicks | APS DPP 2023 | Poster
Fluid-derived critical lengths2 show qualitative agreement with kinetic AIC stabilization threshold.
Modeling of hydrogen plasma-material interactions with reactive metals
November 2023 | J. Drobny | APS DPP 2023 | Poster
Attractive-repulsive potentials reproduce low energy reflection coefficients better than screened Coulomb potentials
The Role of Limiter Flux in Defining High β Plasma Radius
November 2023 | I. Sato | APS DPP 2023 | Poster
Experimentally verify that there is a change in plasma behavior at the limiter flux line in a high – plasma scenario
Reactor Scale, 3D FRC simulations with WarpX’s new hybrid-PIC solver
November 2023 | A. Veksler | APS DPP 2023 | Poster
Employ a Hybrid-PIC algorithm with kinetic ions and fluid-like electrons
Stabilization of the Alfven-ion cyclotron instability through short plasmas: Fully kinetic simulations in a high-beta regime
October 2023 | B. Nicks | Physics of Plasmas | Paper
The Alfven-ion cyclotron (AIC) mode is an instability that can be driven in magnetized plasmas with anisotropic pressure. Its chief deleterious effect is the driving of enhanced pitch-angle scattering of ions
Helicon and High Harmonic Fast Waves (HHFW) in FRCs
October 2023 | F. Ceccherini | IAEA-FEC 2023 | Poster
Plasma heating through fast waves, from ion cyclotron and high harmonic fast wave (HHFW) resonances up to helicon regime, represents a key topic in the development of a nuclear fusion device.