All Stories

  1. Formations of electron holes in beam-plasma interaction
  2. Ion acceleration in laser-plasma interaction
  3. Vlasov–Maxwell simulations of backward Raman amplification of seed pulses in plasmas
  4. Vlasov simulation of ion acceleration by an intense laser beam normally incident on a thin target
  5. Stimulated Raman Scattering with a Relativistic Vlasov- Maxwell Code: Cascades of Nonstationary Nonlinear Kinetic Interactions
  6. Ion acceleration and plasma jets driven by a high intensity laser beam normally incident on thin foils
  7. Towards a Fraud Prevention E-Voting System
  8. Charge Separation and Electric Field at a Cylindrical Plasma Edge
  9. Ion acceleration and plasma jet formation in the interaction of an intense laser beam normally incident on an overdense plasma: a Vlasov code simulation
  10. A numerical code for the calculation of relativistic electron cyclotron damping with an arbitrary distribution function at an arbitrary harmonic
  11. Numerical Simulation of the Bump-on-Tail Instability
  12. Studies of the interaction of an intense laser beam normally incident on an overdense plasma
  13. Oscillations of the collisionless sheath at grazing incidence of the magnetic field
  14. Relativistic Landau damping of electron plasma waves in stimulated Raman scattering
  15. Eulerian codes for the numerical solution of the Vlasov equation
  16. The Numerical Solution of the Kinetic Sheath Using an Eulerian Vlasov Code
  17. Application of the Method of Characteristics for the Study of Shock Waves in Models of Blood Flow in the Aorta
  18. Comparison of Efficient Explicit Schemes for Shallow-Water Equations—Characteristics-Based Fractional-Step Method and Multimoment Eulerian Scheme
  19. Numerical solution of the shallow water equations with a fractional step method
  20. The sidebands instability
  21. Vlasov simulations of trapping and inhomogeneity in Raman scattering
  22. Numerical simulation of the Vlasov–Maxwell system for the nonlinear Berk–Breizman phenomenology
  23. Eulerian Vlasov codes
  24. Study of laser plasma interactions using an Eulerian Vlasov code
  25. The application of a fractional steps method for the numerical solution of the shallow water equations
  26. Different Fokker–Planck approaches to simulate electron transport in plasmas
  27. Comments on “Cerenkov Instability due to Unmagnetized Electron Beam in Periodically Corrugated Waveguide” [Jpn. J. Appl. Phys.42(2003) 7095]
  28. Numerical study of plasma-wall transition using an Eulerian Vlasov code
  29. Comment on “Kinetic theory of surface waves in plasma jets” [Phys. Plasmas 9, 701 (2002)]
  30. Integration of the Vlasov equation along characteristics in one and two dimensions
  31. On the origin of superthermal electrons in the edge of RFP plasmas
  32. Comment on “Evidence for edge gradients as control parameters of the spontaneous high-mode transition” [Phys. Plasmas 8, 2722 (2001)]
  33. Numerical simulation of the excitation and evolution of high-azimuthal-mode-number coherent vortices in hollow magnetized electron columns
  34. Comment on “Surface wave propagation in a magnetized dusty plasma with charge fluctuation” [Phys. Plasmas 6, 3765 (1999)]
  35. Charge separation at a plasma edge in the presence of a density gradient
  36. Helicon waves in a cylindrical plasma
  37. Numerical simulation of the excitation and evolution of coherent vortices in hollow magnetized electron columns
  38. Effect of impurity ions on the charge separation and velocity shear at a plasma edge
  39. Comment on ‘Boundary conditions for surface waves propagating along the interface of plasma flow and free space’
  40. Correspondence- Comment on 'Microwave generation by excitation of a plasma-filled slow-wave structure'
  41. A hybrid semi-Lagrangian Vlasov code. II. Numerical simulation of chirped beatwave experiment
  42. Full wave modelling of lower hybrid current drive in tokamaks
  43. Suppression of Coherent Structures in Sheared Plasma Flows
  44. Comment on ‘TM mode radiation guiding in an REB-induced plasma duct’
  45. An approximate factorization procedure for solving nine-point elliptic difference equations Application for a fast 2-D relativistic Fokker-Planck solver
  46. Modelling of lower hybrid current drive in the presence of spatial radial diffusion
  47. Solution of the Poisson Equation in an Annulus
  48. Comment on ‘‘Three-dimensional stability of drift vortices’’ [Phys. Plasmas 3, 160 (1996)]
  49. Comment on ‘‘Free electron laser with longitudinal wiggler and finite magnetic field in a partially filled waveguide’’ [Phys. Plasmas 3, 1130 (1996)]
  50. A kinetic model of transient effects in tokamak edge plasmas
  51. A Hilbert-Vlasov code for the study of high-frequency plasma beatwave accelerator
  52. Quasilinear analysis of ion Bernstein and lower hybrid waves synergy
  53. Modelling of fast electron Bremsstrahlung emission during LHCD with a 2-D relativistic Fokker-Planck code
  54. Simulations of absorption of a compound spectrum of lower hybrid waves
  55. Vlasov gyrokinetic simulations of ion-temperature-gradient driven instabilities
  56. The numerical integration of the Vlasov equation possessing an invariant
  57. Comment on ‘‘Nonlocal theory of a whistler pumped free electron laser’’ [Phys. Plasmas 1, 1025 (1994)]
  58. Two-stage electron acceleration by simultaneous stimulated Raman backward and forward scattering
  59. Transverse electromagnetic modes in a hot cylindrical plasma column
  60. Helicon waves in a cylindrical plasma column
  61. Comments on ‘‘Electron acoustic surface waves in a two-electron component plasma’’ [Phys. Fluids B 5, 4502 (1993)]
  62. Comment on ‘‘The absorption mechanisms of whistler waves in cool, dense, cylindrically bounded plasmas’’ [Phys. Fluids B 5, 3864 (1993)]
  63. A fast 2D Fokker-Planck solver with synergetic effects
  64. Generation of ultrafast electrons by simultaneous stimulated Raman backward and forward scattering
  65. A Fokker-Planck code for the numerical solution of the plasma heating and the current drive problems with synergetic effects
  66. An Eulerian Code for the Study of the Drift-Kinetic Vlasov Equation
  67. Ion-cyclotron eigenmodes of a hot multispecies cylindrical plasma
  68. Numerical solution of the Fokker-Planck equation with a dc electric field
  69. Stimulated Raman scattering: Close correspondence of Vlasov simulation and coupled modes
  70. Stimulated Raman scattering: Action evolution and particle trapping via Euler–Vlasov fluid simulation
  71. Study of laser-plasma beat wave current drive with an Eulerian Vlasov code
  72. Collisional relaxation of the r.f.-formed plateau of a distribution function
  73. Generation of electromagnetic radiation in a relativistic beam-plasma interaction
  74. Relativistic beam-plasma systems in finite geometry
  75. A Vlasov code for the numerical simulation of stimulated raman scattering
  76. Runaway electron distributions and their stability with respect to the anomalous Doppler resonance
  77. Nonlinear evolution of the beam-plasma instabilities
  78. Stability of Bernstein–Greene–Kruskal plasma equilibria. Numerical experiments over a long time
  79. The application of the finite element library TWODEPEP for the numerical solution of the relativistic Fokker-Planck equation
  80. The anomalous Doppler instability during lower-hybrid current drive
  81. The application of shape preserving splines for the modified Korteweg-de Vries equation
  82. BGK structures as quasi-particles
  83. Dispersion relation for a large-orbit gyrotron
  84. Velocity-space structure of runaway electrons
  85. Numerical solution of the shallow water equations
  86. Motion of an electron bunch through a plasma
  87. A one-dimensional model for lower-hybrid current drive including perpendicular dynamics
  88. The equilibrium and time evolution of the parameters of the Tokamak de Varennes
  89. A triple-wave resonance model for the emission from tokamaks of narrow-band radiation at the plasma frequency
  90. Simulation results for inhomogeneous plasma decay instabilities
  91. Generation of electromagnetic radiation by a field-aligned electron beam
  92. Density fluctuations and current penetration on a magnetized plasma column
  93. Comment on ‘‘Dispersion relation for a relativistic electron beam in a plasma’’ [Phys. Fluids 2 6, 2271(1983)]
  94. The application of shape‐preserving splines for the solution of differential equations
  95. Dispersion relation for a relativistic electron beam in a plasma
  96. The excitation of microwaves by a relativistic electron beam in a dielectric-lined waveguide
  97. Numerical calculations of discontinuities by shape preserving splines
  98. Interaction of a Relativistic Electron Beam with a Plasma
  99. High-Q Thermally Stable Operation of a Tokamak Reactor
  100. A splitting scheme for the solution of the heat diffusion equation in cylindrical co‐ordinates
  101. Radial effects in heating and thermal stability of a sub-ignited tokamak
  102. Magnetic diffusion and current profiles during current reversal
  103. A two‐level implicit scheme for the numerical solution of the linearized vorticity equation
  104. Electromagnetic plasma modes at ωpe
  105. RF-driven tokamak reactor with sub-ignited, thermally stable operation
  106. Titius–Bode law: Kepler’s fourth law!
  107. Destruction of trapping oscillations by sideband instability
  108. The simulation of a plasma confined in an electrostatically plugged spindle cusp
  109. Transient equations of a two-temperature discharge
  110. Nonlinear evolution of the bump-on-tail instability
  111. COMPUTER SIMULATION OF THE SIDEBAND INSTABILITY
  112. Interaction of a relativistic electron beam with surface waves
  113. Numerical Solution of the Two-Dimensional Vlasov Equation
  114. Comments on ’’Calculation of noncylindrical symmetric space-charge flow’’
  115. Computer simulation of the sideband instability
  116. Nonlinear behavior of a monochromatic wave in a one-dimensional Vlasov plasma
  117. Splitting schemes for the numerical solution of a two-dimensional Vlasov equation
  118. Eigenmodes of a microwave cavity partially filled with an anisotropic hot plasma
  119. Excitation of lower hybrid waves by electron beams in finite geometry plasmas. Part 2. Surface waves
  120. Excitation of lower hybrid waves by electron beams in finite geometry plasmas. Part 1. Body waves
  121. Amplitude Oscillations of a Monochromatic Wave in a One-Dimensional Plasma
  122. Numerical solution of a two-dimensional Vlasov equation
  123. A splitting scheme for the numerical solution of a one-dimensional Vlasov equation
  124. Electromagnetic surface waves at the interface of a relativistic electron beam with vacuum
  125. Finite geometry effect on the interaction of a hot beam with a plasma
  126. Density gradient instabilities in a neutral inhomogeneous guiding-centre plasma
  127. A multistep technique for the numerical solution of a two-dimensional Vlasov equation
  128. Linear theory of a cold relativistic beam in a strongly magnetized finite-geometry plasma
  129. Numerical solution of the vlasov equation by transform methods
  130. Comments on ’’Convective and absolute instabilities in beam-plasma systems’’
  131. Linear instabilities in the quasistatic guiding-center plasmas
  132. Linear instabilities of a cylindrical plasma column in the guiding-center approximation
  133. Critical evaluation of the logit-log plot for the radio assay of vitamin B12
  134. Plasma simulation as eigenvalue problem
  135. Numerical integration of the vlasov equation
  136. Numerical integration of the Vlasov equation
  137. Plasma simulation as eigenvalue problem
  138. Ion acoustic waves in finite-geometry plasmas
  139. Dispersion relations for ion cyclotron oscillations
  140. Helicon waves in cylindrical plasma columns
  141. Dispersion relations for ion cyclotron oscillations
  142. Excitation of oscillations in surface waves
  143. Oscillations of bounded plasma-beam systems
  144. Beam-plasma systems - II Surface waves
  145. Oscillations of bounded beam-plasma systems in a cylindrical geometry
  146. Axially symmetric oscillations in a bounded beam-plasma system
  147. Beam-plasma systems - I Bounded beam-plasma systems oscillations in a planar geometry
  148. Kinetic modeling of an atmospheric pressure argon plasma in contact with a floating collector