Add to ORKGIn this paper, we present a self-consistent simulation model of beam-beam interaction in high energy accelerators. Using a parallel particle-in-cell approach, we have calculated the electromagnetic fields between two colliding beams. Dynamic load balance is implemented to improve the parallel efficiency. A preliminary performance test on IBM SP Power3, Cray T3E and PC cluster is presented. As an application, we studied the coherent beam-beam oscillation in the proposed Large Hadron Collider
An accurate modeling of the beam-beam interaction is essential to maximizing the luminosity in exist...
In storage-ring colliders, it has been a first priority to achieve the highest possible luminosity i...
Long-range beam-beam interactions can cause signif-icant degradation of beam quality and lifetime in...
In this paper we describe parallel particle-in-cell methods for the large scale simulation of beam ...
The availability of parallel computation hardware and the advent of standardized programming interfa...
The beam-beam interaction puts a strong limit on the luminosity of the high energy storage ring coll...
A 3D Particle-In-Cell model for continuous modeling of beam and electron cloud interaction in a circ...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
In this paper, we present a parallel computational tool, BeamBeam3D, developed at Lawrence Berkeley...
In this paper, we present a parallel computational tool, BeamBeam3D, developed at Lawrence Berkeley ...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
For simulating the strong-strong beam-beam effect, using Particle-In-Cell codes has become one of th...
We present an object-oriented three-dimensional parallel particle-in-cell (PIC) code for simulation ...
The simulation code COMBI has been developed to enable the study of coherent beam-beam effects in th...
In this paper, we report on progress that has been made in beam dynamics simulation, from light sour...
An accurate modeling of the beam-beam interaction is essential to maximizing the luminosity in exist...
In storage-ring colliders, it has been a first priority to achieve the highest possible luminosity i...
Long-range beam-beam interactions can cause signif-icant degradation of beam quality and lifetime in...
In this paper we describe parallel particle-in-cell methods for the large scale simulation of beam ...
The availability of parallel computation hardware and the advent of standardized programming interfa...
The beam-beam interaction puts a strong limit on the luminosity of the high energy storage ring coll...
A 3D Particle-In-Cell model for continuous modeling of beam and electron cloud interaction in a circ...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
In this paper, we present a parallel computational tool, BeamBeam3D, developed at Lawrence Berkeley...
In this paper, we present a parallel computational tool, BeamBeam3D, developed at Lawrence Berkeley ...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
For simulating the strong-strong beam-beam effect, using Particle-In-Cell codes has become one of th...
We present an object-oriented three-dimensional parallel particle-in-cell (PIC) code for simulation ...
The simulation code COMBI has been developed to enable the study of coherent beam-beam effects in th...
In this paper, we report on progress that has been made in beam dynamics simulation, from light sour...
An accurate modeling of the beam-beam interaction is essential to maximizing the luminosity in exist...
In storage-ring colliders, it has been a first priority to achieve the highest possible luminosity i...
Long-range beam-beam interactions can cause signif-icant degradation of beam quality and lifetime in...