A relativistic binary collision model is implemented in the particle-in-cell simulation code PICLS. Its applicability ranges from the non-relativistic to the ultra-relativistic regime. Using this model we have simulated a recent experiment on cone-guided fast-ignition experiment [Kodama et al., Nature 418, 933 (2002)] and found that there are three important heating process by fast electrons, fast ions and heat conduction from the cone
The reentrant cone approach to Fast Ignition, an advanced Inertial Confinement Fusion scheme, remain...
Including a density jump between a cone tip and imploded plasmas, we have performed preliminary FI$...
Including a density jump between a cone tip and imploded plasmas, we have performed preliminary FI$...
A relativistic binary collision model is implemented in the particle-in-cell simulation code PICLS. ...
The basic issues of fast ignition scheme are radiation-hydrodynamics from implosion to fusion burnin...
The Rutherford Appleton Laboratory has been at the forefront of investigations into the physics asso...
A kinetic model describing the energy deposition of fast electrons is established by considering bot...
A kinetic model describing the energy deposition of fast electrons is established by considering bot...
Abstract. A kinetic model describing the energy deposition of fast electrons is established by consi...
A reentrant cone concept for efficient heating of high-density plasmas has been studied as an advanc...
A coupled PIC and Fokker-Planck hierarchical simulation model for analysis of fast ignition core he...
Abstract. One of the key issues in the fast ignition scheme is a clarification of the imploded core ...
We present comprehensive two-dimensional (2D) particle-in-cell (PIC) simulations on the transport of...
One of the most crucial steps for a fast ignition scenario is the energy deposition into the highly ...
The reentrant cone approach to Fast Ignition, an advanced Inertial Confinement Fusion scheme, remain...
The reentrant cone approach to Fast Ignition, an advanced Inertial Confinement Fusion scheme, remain...
Including a density jump between a cone tip and imploded plasmas, we have performed preliminary FI$...
Including a density jump between a cone tip and imploded plasmas, we have performed preliminary FI$...
A relativistic binary collision model is implemented in the particle-in-cell simulation code PICLS. ...
The basic issues of fast ignition scheme are radiation-hydrodynamics from implosion to fusion burnin...
The Rutherford Appleton Laboratory has been at the forefront of investigations into the physics asso...
A kinetic model describing the energy deposition of fast electrons is established by considering bot...
A kinetic model describing the energy deposition of fast electrons is established by considering bot...
Abstract. A kinetic model describing the energy deposition of fast electrons is established by consi...
A reentrant cone concept for efficient heating of high-density plasmas has been studied as an advanc...
A coupled PIC and Fokker-Planck hierarchical simulation model for analysis of fast ignition core he...
Abstract. One of the key issues in the fast ignition scheme is a clarification of the imploded core ...
We present comprehensive two-dimensional (2D) particle-in-cell (PIC) simulations on the transport of...
One of the most crucial steps for a fast ignition scenario is the energy deposition into the highly ...
The reentrant cone approach to Fast Ignition, an advanced Inertial Confinement Fusion scheme, remain...
The reentrant cone approach to Fast Ignition, an advanced Inertial Confinement Fusion scheme, remain...
Including a density jump between a cone tip and imploded plasmas, we have performed preliminary FI$...
Including a density jump between a cone tip and imploded plasmas, we have performed preliminary FI$...