Keywords: ذره در سلول; Hybrid; Plasma; Particle-in-cell; Implicit; Conservative; Finite grid instability;
مقالات ISI ذره در سلول (ترجمه نشده)
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Keywords: ذره در سلول; Particle-in-cell; Magnetized; Collisionless plasma; Electromagnetic simulation; Boundary condition;
Keywords: ذره در سلول; Particle-in-cell; Unstructured mesh; Triangle mesh; Implicit; Continuous derivative;
Keywords: ذره در سلول; Electromagnetism; Particle-in-cell; FDTD;
Keywords: ذره در سلول; Plasma plumes; Hybrid; Particle-in-cell; Ion beam shepherd; Active debris removal; Sputtering;
Keywords: ذره در سلول; Shock Wave; Hydrodynamics; Instability; Particle-in-Cell;
Keywords: ذره در سلول; Sheath; Flux distribution; Particle-In-Cell; Simulation; 82D10; 78A35;
Keywords: ذره در سلول; CFD; hybrid Eulerian-Lagrangian; particle-in-cell; solitary wave; vertical cylinder;
Keywords: ذره در سلول; Space weather; Particle-In-Cell; Adaptive; Implicit; Exascale; High Performance Computing;
Keywords: ذره در سلول; Particle-In-Cell; Monte Carlo collision; Implicit; Inductively coupled plasmas;
Keywords: ذره در سلول; Quasi-one-dimensional; Magnetized; Plasma; Simulation; Modeling; Particle-in-cell; Kinetic; Flux tube; Magnetic mirror;
Keywords: ذره در سلول; Particle-in-cell; Double-diffusive convection; Geodynamo;
Keywords: ذره در سلول; Electromagnetic simulation; Particle-in-cell; Unstructured meshes; Vacuum electronic devices; Backward-wave oscillator; Cerenkov radiation;
Keywords: ذره در سلول; Particle-In-Cell; Multi-block; Curvilinear; Plasma-material interactions;
Keywords: ذره در سلول; Plasma wakefield acceleration; Numerical modeling; Emittance; Particle-in-cell;
Keywords: ذره در سلول; Particle-in-cell; Proton acceleration; Maximum energy; Funnel-geometry target;
Keywords: ذره در سلول; Radiation reaction; Particle-in-cell; Laser–matter interactions; Relativistic electron motion
Keywords: ذره در سلول; Finite grid instability; Particle-In-cell; Spectral fidelity; Numerical instability;
Keywords: ذره در سلول; Interface problems; Non-homogeneous flux jump conditions; Immersed finite elements; Particle-in-Cell; Plasma environments; Lunar surface;
Keywords: ذره در سلول; Computational fluid dynamics; Navier Stokes pressure projection; Particle-In-Cell; Cut cell; Two-way fluid structure interaction; Floating bodies
Keywords: ذره در سلول; Particle-in-cell; Kinetic; Plasma; Load balancing
Keywords: ذره در سلول; Particle-in-cell; Spacetree; Particle sorting; AMR; Lagrangian–Eulerian methods; Communication-avoiding
Keywords: ذره در سلول; Plasma; Simulation; Particle-in-cell; PIC; Conservation;
Keywords: ذره در سلول; Particle-In-Cell; Pseudo-spectral; Hankel transform; Cylindrical geometry;
Keywords: ذره در سلول; Computational plasma physics; Unconditionally stable field solver; Particle-in-cell;
Keywords: ذره در سلول; Multiscale modelling; Particle-in-cell; Barracuda; Internally circulating fluidized bed; Validation
Keywords: ذره در سلول; Hyperbolic divergence cleaning; Potential boundary conditions; Particle-in-cell; Electrostatics
Keywords: ذره در سلول; Particle-in-cell; Plasma simulation; Relativistic plasma drift; Numerical dispersion relation; Numerical instability; Finite grid instability;
Keywords: ذره در سلول; Biomedical application; Magnetic particle dynamics; Lab-on-chip; CTC; Particle-in-cell; Yade
Keywords: ذره در سلول; Kappa distribution; Particle-in-cell; Plasma simulation; Random number generator
Keywords: ذره در سلول; HEIGHTS; Particle-in-cell; Tokamak disruption; Divertor erosion; Plasma facing components
Keywords: ذره در سلول; Particle-in-cell; Plasma; Python; Simulation; Bipolar
Keywords: ذره در سلول; Numerical; Plasma; Kinetic; Magnetized; Drift-kinetic; Energy conserving; Particle-in-cell;
Keywords: ذره در سلول; Particle-in-cell; Monte Carlo; Collisions; Leap frog; Integration
Keywords: ذره در سلول; Particle-In-Cell; Direct Simulation Monte Carlo; Discontinuous Galerkin; High-order; Plasma physics; Boltzmann equation
Keywords: ذره در سلول; Particle-In-Cell; Plasma simulation; Special relativity; Numerical instability
Keywords: ذره در سلول; Parallel algorithms; Particle-in-Cell; GPU; CUDA; Plasma simulation;
Keywords: ذره در سلول; Particle-in-cell; Multiscale; Refinement; Multi-level; Multi-domain; Implicit; Adaptive;
Keywords: ذره در سلول; Particle-in-cell; Pseudo-spectral; Relativistic beam; Numerical stability;
Keywords: ذره در سلول; Space charge; Particle-in-cell; Beam dynamics; Elliptical solenoid magnet;
Keywords: ذره در سلول; Particle-in-cell; Nonlinear optics; Finite difference time domain;
Keywords: ذره در سلول; Equation of motion; Particle orbit integration; Borisʼ mover; Electromagnetic particle simulations; Strang operator splitting; Particle-In-Cell; Second order particle orbit integrator; Cyclotronic mover;
A 3D parallel Particle-In-Cell solver for wave interaction with vertical cylinders
Keywords: ذره در سلول; Particle-In-Cell; Hybrid Eulerian-Lagrangian method; Wave-structure interaction; Computational fluid dynamics; SPH; MPI parallelisation;
Multiscale Particle-in-Cell methods and comparisons for the long-time two-dimensional Vlasov-Poisson equation with strong magnetic field
Keywords: ذره در سلول; Vlasov-Poisson equation; Highly oscillatory; Particle-in-Cell; Numerical comparison; Two-scale formulation; Stroboscopic averaging; Asymptotic preserving Runge-Kutta; Exponential time differencing;
Numerical methods for the two-dimensional Vlasov-Poisson equation in the finite Larmor radius approximation regime
Keywords: ذره در سلول; Vlasov-Poisson equation; Finite Larmor radius; Particle-in-Cell; Multi-revolution composition; Two-scale formulation; Uniform accuracy;
hPIC: A scalable electrostatic Particle-in-Cell for Plasma-Material Interactions
Keywords: ذره در سلول; Particle-in-Cell; Electrostatic; High performance computing; Plasma-Material Interactions; Boundary layer effects;
A hybridized discontinuous Galerkin framework for high-order particle-mesh operator splitting of the incompressible Navier-Stokes equations
Keywords: ذره در سلول; Incompressible Navier-Stokes equations; Lagrangian-Eulerian; Hybridized discontinuous Galerkin; Finite elements; Particle-in-cell; Material point method;
CHAOS: An octree-based PIC-DSMC code for modeling of electron kinetic properties in a plasma plume using MPI-CUDA parallelization
Keywords: ذره در سلول; Particle-In-Cell; Neutralization of plasma plume; Electron kinetics; Forest of Morton-Z ordered linear octrees; Heterogeneous architectures;
Effects of the divertor tile geometries and magnetic field angles on the heat fluxes to the surface
Keywords: ذره در سلول; 52.40.Hf; 52.55.Rk; 52.65.-y; Edge plasma; Divertor gap; Heat flux; Particle-in-cell;
Mechanism of equivalent electric dipole oscillation for high-order harmonic generation from grating-structured solid-surface by femtosecond laser pulse
Keywords: ذره در سلول; HHG; Gratings; Plasmas; Particle-in-cell;