Overview of Activities in PDF format
Accelerator Physics for Nuclear and High Energy Physics Applications
(Davidson, Kaganovich, Lee, Qin, Startsev, Zhou)
Theory and simulation of next-generation colliders.
Theory and simulation of electron-proton two-stream instability (Spallation Neutron Source).
Nonlinear Beam Dynamics
Theoretical Studies
Delta-f Simulations and BEST code
Heavy Ion Fusion
(Davidson, Efthimion, Gilson, Grisham, Kaganovich, Lee, Qin, Sefkow)
Theory and simulation of intense beam propagation and beam-plasma interactions in the target chamber.
Experimental studies of preionized plasma formation,and multielectron loss events in the target chamber.
Final focus magnetic system modeling and engineering design.
HIF-VNL
- Heavy Ion Fusion Virtual National Laboratory
Paul Trap Simulator Experiment (PTSX)
(Davidson, Efthimion, Gilson, Majeski, Qin, Chung)
for simulating intense beam propagation in alternating-gradient field configurations
Electron Diffusion Gauge (EDG) Experiment
(Davidson, Paul, Phillips)
Effect of neutral pressure on nonneutral plasma expansion.
Multielectron Loss Events
Electron-Positron plasmas