| 1. |
Alexeev
Generalized Boltzmann
Physical Kinetics and Its Applications in Rarefied Ionized
Gas Dynamics |
| 2. |
Balakin
and Fraiman
Numerical Simulation
of Electron-Ion Collisions in UHI Plasmas |
| 3. |
Batishchev, Batishcheva,
Albukrek, Bychenkov, Brantov, and Rozmus
Molecular
Dynamics Modeling of Coulomb Clusters in a Quiver Field |
| 4. |
Alouani Bibi,
Matte and Shoucri
Different Fokker-Planck
Approaches to Simulate Electron Transport in Plasmas |
| 5. |
Brantov,
Bychenkov, Batishchev, and Rozmus
Nonlocal Heat
Transport in Inhomogeneously Heated Plasma |
| ^top^ |
6. |
Cai,Xiaoyang,
Ken-Ichi, and Lembege
Global 3D Electromagnetic
Particle Simulation for Satellite Observed Sash Event |
7. |
Chakrabarti,
Martin, Pearson, and Lewis
Developing
Antimatter Containment Technology: Modeling Charged Particle
Oscillations in a Penning-Malmberg Trap |
8. |
Cheng,
Santi, Celik, Martinez-Sanchez, and Peraire
Hybrid PIC-DSMC
Simulation of a Hall Thruster Plume on Unstructured Grids |
9. |
Decyk
UCLA Parallel PIC
Framework |
10. |
Dodd, Barnes,
Bezzerides, and DuBois
Quantitative Comparison
Between Reduced-Description Particle-in-Cell (RPIC) and
full PIC Simulations of Laser-Plasma Instabilities |
| ^top^ |
11. |
Emhoff,
Boyd, Christlieb and Krasny
Simulation of
Ion Thruster Optics Using a Gridless Poisson Solver |
12. |
Fu, Breslau,
Chen, Fredrickson, Jardin, Strauss, Sugiyama, and Park
Global Hybrid Simulations
of Energetic Particle-driven Modes in Toroidal Plasmas |
13. |
Ghizzo,
Bertrand, Reveille, and Depret
A Relativistic
Vlasov Maxwell Code for the Numerical Simulation of the
Excitation of Trapped Electron Acoustic Waves in a Moderately
Overdense Plasma |
14. |
Hajiyev
and Demir
A Time-Dependent
Model for Simulation of Ne-like and F-like Resonance Lines
Emitted from Laser Produced Plasmas |
| ^top^ |
15. |
Kholodov,
Kholodov, Stupitzki, and Repin
Numerical Simulation
of the Convective Plasma Dynamics Stage at the Ionosphere
Motion by Means of 3D MHD Equations |
16. |
Kniep, Leboeuf
and Decyk
Gyrokinetic Particle-In-Cell
Calculations of Ion Temperature Gradient Driven Turbulence
with Parallel Nonlinearity and Strong Flow Corrections |
17. |
Krasovitskii,
Dorofeenko , Sotnikov and Bauer
Nonlinear
Processes During the Interaction of the Petawatt Laser
Pulse with Plasma in the Presence of External Magnetic
Field |
18. |
Kritz [for
the NTCC Team]
The National Transport
Code Collaboration Module Library |
19. |
Lantz [Cornell
Theory Center, Cornell University]
Building Plasma
Simulation Infrastructure
with Microsoft .NET |
20. |
Lewandowski
Strange Attractors
in Drift Wave Turbulence |
| ^top^ |
21. |
Messmer
and Bruhwiler
Implementation
of a Parallel Electrostatic Solver for the VORPAL Code |
22. |
Newman,
Goldman, Ergun, Andersson and Sen
Hybrid Vlasov-Fluid
Simulations Of Coherent Phase-Space Structures: Low-Cost
Approaches To Studying 2-D Behavior |
23. |
Pernice
and Chacon
Towards Implicit
Resistive Magnetohydrodynamics with Local Mesh Refinement |
24. |
Pointon
A Coupled 1-D
Transmission Line and Particle-in-Cell Model to Simulate
Electron Flow in the Z and ZR Accelerators |
25. |
Rechester
Symbolic Analysis
of Turbulent Fluctuations |
26. |
Ricci, Lapenta,
and Brackbill
Solving Maxwell’s
Equations without Projection in CELESTE3D, an Implicit
PIC Plasma Simulation Code |
27. |
Rossmanith
A High-Resolution
Constrained Transport Method with Adaptive Mesh Refinement
for Ideal MHD |
| ^top^ |
28. |
Shasharina,
Eger, and Cary
Data Grid
for Fusion Simulations and Experiments |
29. |
Shoucri,
Gerhauser, and Finken
Study of the
Formation of a Charge Separation and Electric Field at
a Plasma Edge Using Eulerian Vlasov Codes |
30. |
Sokolov,
Gombosi, and Powell
Multiscale Simulations
of Space Plasmas at Ataptive Block Grids and Related Numerical
Scheme Issues |
31. |
Sotnikov,
Bauer, Leboeuf, Hellinger, Travnicek, and Fiala
Hybrid Simulations
of Z-pinches |
32. |
Strozzi
and Shoucri
Study of Laser
Plasma Interactions Using an Eulerian Vlasov code |
33. |
Sullivan,
Martinez-Sanchez, and Batishchev
PIC-DSMC Hybrid
Simulation of the High-Voltage Hall Discharge with Wall
Effects |
34. |
Szabo,
Pote, McElhinney, and Hruby
Two Stage Hall
Thruster Simulations and Experiments |
| ^top^ |
35. |
Taccogna,
Longo, and Capitelli
Stationary Plasma
Thruster Plume Simulation |
36. |
Tong, Nanbu,
Hiraki, and Fukunishi
Particle Modeling
of Sprite Halos |
37. |
Vay, Adam,
and Heron,
Asymmetric PML for
the Absorption of Waves. Application to Mesh Refinement
in Electromagnetic Particle-In-Cell Plasma Simulations |
38. |
Waltz and
Candy [General Atomics]
GYRO Full Radius
Gyrokinetic Simulations
with Transport Solutions |
39. |
Wang, Tang,
Hinton, Zakharov, and White
Global (delta)f
Particle Simulation of Neoclassical Transport and Ambipolar
Electric Field in General Geometry |
40. |
Watanabe,
Sugama, and Horton
Kinetic and
Fluid Simulations on Steady and Quasisteady States of
Slab Ion Temperature Gradient Driven Turbulence |
41. |
Welch, Rose,
Clark, Genomi, and Hughes
Implicit Simulation
Techniques for Dense Plasma Modeling |
42. |
Winske
Modeling Ion Drag
and Void Formation ue to Dust Acoustic Waves in Collisional
Dusty Plasmas |
43. |
Yin and
Winske
Embedded Simulations
of Collisionless Reconnection |
| ^top^ |
