Computer Physics Communications, Volume 164

Volume 164, Numbers 1-3, December 2004

• Martin Greenwald:
  Beyond benchmarking - how experiments and simulations can work together in plasma physics. 1-8
  
• Ralf Schneider, Xavier Bonnin, Neil McTaggart, Alex Runov, Matthias Borchardt, Jörg Riemann, Andreas Mutzke, Konstantin Matyash, Henry Leyh, Manoj Warrier, David Coster, Wolfgang Eckstein, Renate Dohmen:
  Comprehensive suite of codes for plasma-edge modelling. 9-16
  
• Ritoku Horiuchi, Hiroaki Ohtani, A. Ishizawa:
  Structure formation and dynamical behavior of kinetic plasmas controlled by magnetic reconnection. 17-22
  
• D. Grasso, D. Borgogno, F. Califano, D. Farina, F. Pegoraro, F. Porcelli:
  Numerical solution of a reduced model of collisionless magnetic reconnection in two and three dimensions. 23-28
  
• J. Egedal, W. Fox, E. Belonohy, M. Porkolab:
  Kinetic simulation of the VTF magnetic reconnection experiment. 29-33
  
• S. E. Kruger, C. R. Sovinec, D. D. Schnack, E. D. Held:
  Free-boundary simulations of DIII-D plasmas with the NIMROD code. 34-39
  
• H. R. Strauss, Alexander Pletzer, Wonchull Park, Stephen C. Jardin, J. A. Breslau, L. Sugiyama:
  MHD simulations with resistive wall and magnetic separatrix. 40-45
  
• A. A. Balakin, G. M. Fraiman:
  Numerical simulations of electron-ion collisions in UHI plasmas. 46-52
  
• O. V. Batishchev, A. A. Batishcheva, V. Yu. Bychenkov, C. M. Albukrek, A. V. Brantov, Wojciech Rozmus:
  Molecular dynamics model for heating of Coulomb clusters by laser field. 53-59
  
• F. Alouani-Bibi, M. M. Shoucri, J.-P. Matte:
  Different Fokker-Planck approaches to simulate electron transport in plasmas. 60-66
  
• A. V. Brantov, V. Yu. Bychenkov, O. V. Batishchev, Wojciech Rozmus:
  Nonlocal heat wave propagation due to skin layer plasma heating by short laser pulses. 67-72
  
• Shannon Cheng, Mark Santi, Murat Celik, Manuel Martinez-Sanchez, Jaime Peraire:
  Hybrid PIC-DSMC simulation of a Hall thruster plume on unstructured grids. 73-79
  
• Viktor K. Decyk, Charles D. Norton:
  UCLA Parallel PIC Framework. 80-85
  
• E. Hajiyev, A. Demir:
  A collisional-radiative model for simulation of Ne-like and F-like resonance lines emitted from laser produced plasmas. 86-90
  
• Y. A. Kholodov, A. S. Kholodov, E. L. Stupitzki, A. Y. Repin:
  Numerical simulation of the convective plasma dynamics stage at the ionosphere motion by means of 3D MHD equations. 91-97
  
• James C. Kniep, Jean-Noel G. Leboeuf, Viktor K. Decyk:
  Gyrokinetic particle-in-cell calculations of ion temperature gradient driven turbulence with parallel nonlinearity and strong flow corrections. 98-102
  
• V. B. Krasovitskii, V. G. Dorofeenko, V. I. Sotnikov, B. S. Bauer:
  Nonlinear processes during the interaction of a petawatt laser pulse with a plasma in the presence of an external magnetic field. 103-107
  
• Arnold Kritz, Glenn Bateman, J. Kinsey, Alexei Pankin, T. Onjun, A. Redd, Douglas McCune, C. Ludescher, Alexander Pletzer, R. Andre, L. Zakharov, L. Lodestro, L. D. Pearlstein, R. Jong, W. Houlberg, P. Strand, J. Wiley, P. Valanju, H. St. John, R. Waltz:
  The National Transport Code Collaboration Module Library. 108-113
  
• J. L. V. Lewandowski:
  Characterization of strange attractors in drift wave microturbulence. 114-117
  
• Peter Messmer, David L. Bruhwiler:
  A parallel electrostatic solver for the VORPAL code. 118-121
  
• D. L. Newman, M. V. Goldman, R. E. Ergun, L. Andersson, N. Sen:
  Reduced Vlasov simulations in higher dimensions. 122-127
  
• James A. Rossmanith:
  A high-resolution constrained transport method with adaptive mesh refinement for ideal MHD. 128-133
  
• Svetlana G. Shasharina, Robert Eger, John R. Cary:
  Data grid for fusion simulations and experiments. 134-137
  
• Magdi Shoucri, H. Gerhauser, K.-H. Finken:
  Study of the generation of a charge separation and electric field at a plasma edge using Eulerian Vlasov codes in cylindrical geometry. 138-149
  
• V. I. Sotnikov, B. S. Bauer, J. N. Leboeuf, Petr Hellinger, Pavel M. Trávnícek, V. Fiala:
  Hybrid simulations of Z-pinches. 150-155
  
• David J. Strozzi, Magdi Shoucri, A. Bers:
  Study of laser plasma interactions using an Eulerian Vlasov code. 156-159
  
• Francesco Taccogna, Savino Longo, Mario Capitelli, Ralf Schneider:
  Stationary plasma thruster simulation. 160-170
  
• Jean-Luc Vay, J.-C. Adam, A. Héron:
  Asymmetric PML for the absorption of waves. Application to mesh refinement in electromagnetic Particle-In-Cell plasma simulations. 171-177
  
• W. X. Wang, W. M. Tang, F. L. Hinton, L. E. Zakharov, R. B. White, J. Manickam:
  Global deltaf particle simulation of neoclassical transport and ambipolar electric field in general geometry. 178-182
  
• D. R. Welch, D. V. Rose, R. E. Clark, T. C. Genoni, T. P. Hughes:
  Implementation of an non-iterative implicit electromagnetic field solver for dense plasma simulation. 183-188
  
• Charles K. (Ned) Birdsall, Edison T. Estacio:
  Discoveries in plasmas while teaching simulation. 189-194
  
• Vladimir Kolobov, Robert Arslanbekov:
  Four dimensional Fokker-Planck solver for electron kinetics in collisional gas discharge plasmas. 195-201
  
• Jorge Carretero, Manuel Martínez-Sánchez:
  Numerical simulation of a colloidal thruster in the droplet regime. 202-208
  
• Srinath Vadlamani, Scott E. Parker, Yang Chen, Charlson C. Kim:
  The particle-continuum method: an algorithmic unification of particle-in-cell and continuum methods. 209-213
  
• Michael Gutnic, Matthieu Haefele, I. Paun, Eric Sonnendrücker:
  Vlasov simulations on an adaptive phase-space grid. 214-219
  
• R. Samtaney, S. C. Jardin, Phillip Colella, Daniel F. Martin:
  3D adaptive mesh refinement simulations of pellet injection in tokamaks. 220-228
  
• Tomoaki Matsumoto, Masahiro N. Machida, Kohji Tomisaka, Tomoyuki Hanawa:
  Self-gravitational collapse of a magnetized cloud core: high resolution simulations with three-dimensional MHD nested grid. 229-236
  
• A. H. Glasser, X. Z. Tang:
  The SEL macroscopic modeling code. 237-243
  
• W. W. Lee:
  Theoretical and numerical properties of a gyrokinetic plasma: issues related to transport time scale simulation. 244-250
  
• Andrew V. Ilin, Franklin R. Chang Díaz, Jared P. Squire, Alfonso G. Tarditi, Mark D. Carter:
  Improved simulation of the ICRF waves in the VASIMR plasma. 251-257
  
• E. L. Stupitsky, A. S. Kholodov, A. Y. Repin, Y. A. Kholodov:
  Numerical modeling of behavior of high-energy plasmoid in upper ionosphere. 258-261
  
• G. Manfredi, F. Valsaque:
  Vlasov simulations of plasma-wall interactions in a weakly collisional plasma. 262-268
  
• T. Taguchi, T. M. Antonsen, K. Mima:
  Study of hot electron beam transport in high density plasma using 3D hybrid-Darwin code. 269-278
  
• J. Tonge, Dean E. Dauger, Viktor K. Decyk:
  Two-dimensional semiclassical Particle-In-Cell code for simulation of quantum plasmas. 279-285
  
• H. Lütjens:
  Toroidal simulations of nonlinear thresholds and saturations of classical and neoclassical tearing instabilities. 286-290
  
• Ryusuke Numata, Zensho Yoshida, Takaya Hayashi:
  Nonlinear three-dimensional simulation for self-organization and flow generation in two-fluid plasmas. 291-296
  
• Jean-Luc Vay, Phillip Colella, Alex Friedman, David P. Grote, Peter McCorquodale, D. B. Serafini:
  Implementations of mesh refinement schemes for Particle-In-Cell plasma simulations. 297-305
  
• Andrew J. Christlieb, R. Krasny, John P. Verboncoeur:
  A treecode algorithm for simulating electron dynamics in a Penning-Malmberg trap. 306-310
  
• Kevin J. Bowers, Barbara G. Devolder, Lin Yin, Thomas J. T. Kwan:
  A maximum likelihood method for linking particle-in-cell and Monte-Carlo transport simulations. 311-317
  
• N. McTaggart, R. Zagórski, X. Bonnin, A. Runov, R. Schneider:
  Finite difference scheme for solving general 3D convection-diffusion equation. 318-329
  
• J. C. Wright, P. T. Bonoli, Eduardo F. D'Azevedo, M. Brambilla:
  Ultrahigh resolution simulations of mode converted ion cyclotron waves and lower hybrid waves. 330-335
  
• Adrian Wheelock, David L. Cooke, Nikolaos A. Gatsonis:
  Investigation of ion beam neutralization processes with 2D and 3D PIC simulations. 336-343
  
• John P. Verboncoeur:
  Aliasing of electromagnetic fields in stair step boundaries. 344-352
  
• A. G. Korsun, E. M. Tverdokhlebova, F. F. Gabdullin:
  Simulation of plasma plume-to-spacecraft interaction. 353-364
  
• Ireneusz Szczesniak, John R. Cary:
  dxhdf5: A software package for importing HDF5 physics data into OpenDX. 365-369
  
• Daniel W. Swift:
  Use of a hybrid code for global-scale simulation of the Earth's magnetosphere. 370-376
  
• F. Subba, R. Zanino:
  Modeling plasma-wall interactions in First Wall-Limiter geometry. 377-382
  
• Anton Spirkin, Nikolaos A. Gatsonis:
  Unstructured 3D PIC simulations of the flow in a retarding potential analyzer. 383-389
  
• Eric Sonnendrücker, Francis Filbet, Alex Friedman, E. Oudet, Jean-Luc Vay:
  Vlasov simulations of beams with a moving grid. 390-395
  
• Magdi Shoucri:
  The application of a fractional steps method for the numerical solution of the shallow water equations. 396-401
  
• Svetlana G. Shasharina, Robert Eger, John R. Cary:
  FarSight: application for remote visualization. 402-407
  
• Allen C. Robinson, Christopher J. Garasi:
  Three-dimensional z-pinch wire array modeling with ALEGRA-HEDP. 408-413
  
• Kyle Peterson:
  Self consistent impedance determination in multiple circuit paths for resistive magnetohydrodynamic z-pinch flux compression simulations. 414-420
  
• Alexei Pankin, Glenn Bateman, Robert Budny, Arnold Kritz, Douglas McCune, Alexei Polevoi, Irina Voitsekhovitch:
  Numerical techniques used in Neutral Beam Injection modules. 421-427
  
• Kenichi Nanbu, Lizhu Tong:
  Solution method of the Poisson equation for the electric field with a thin sheath. 428-433
  
• A. G. Korsun, E. M. Tverdokhlebova, F. F. Gabdullin:
  Mathematical model of hypersonic plasma flows expanding in vacuum. 434-441
  
• Justin W. Koo, Iain D. Boyd:
  Computational model of a Hall thruster. 442-447
  
• Charlson C. Kim, Carl R. Sovinec, Scott E. Parker:
  Hybrid kinetic-MHD simulations in general geometry. 448-455
  
• Stéphane Ethier, Zhihong Lin:
  Porting the 3D gyrokinetic particle-in-cell code GTC to the NEC SX-6 vector architecture: perspectives and challenges. 456-458
  
• V. Yu. Bychenkov, G. I. Dudnikova, V. A. Vshivkov:
  Computer simulation of particle acceleration in thin foil by ultrashort laser pulses. 459-463
  
• D. A. Dimitrov, R. Busby, J. Exby, David L. Bruhwiler, J. R. Cary:
  Secure web-based invocation of large-scale plasma simulation codes. 464-467
  
• Jin Chen, J. A. Breslau, Guo-Yong Fu, Stephen C. Jardin, Wonchull Park:
  Symmetric solution in M3D. 468-471
  
• D. Subbarao, Karuna Batra, Manik Bali, Sugata Mitra:
  Computer simulation of cylindrical laser beam self-focusing in a plasma. 472-476
  
• D. Subbarao, Manish Arora, R. Uma, M. V. R. Phanendra, Krishna K. Singh:
  Computer simulation of gyrophase self-organisation in a magnetoplasma. 477-481
  

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