Add to ORKGNumerical algorithms for PIC simulation of beam dynamics in a high intensity synchrotron on a parallel computer are presented. We introduce numerical solvers of the Laplace-Poisson equation in the presence of walls, and algorithms to compute tunes and twiss functions in the presence of space charge forces. The working code for the simulation here presented is SIMBAD, that can be run as stand alone or as part of the UAL (Unified Accelerator Libraries) package
The computer code PARMILA has been the primary tool for the design of proton and ion linacs in the U...
A program for simulation of the dynamics of high intensity charged particle beams in linear particle...
Simulation of high intensity accelerators leads to the so-lution of the Poisson Equation, to calcula...
The availability of parallel computation hardware and the advent of standardized programming interfa...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
The design and operation support of hadron (proton and heavy-ion) linear accelerators require substa...
Includes tables, figures, and algorithms.Particle accelerators are ubiquitous in science and society...
The evaluation of the space-charge effects on the beam dynamics requires CPU-time intensive numerica...
A computer program has been developed which simulates the two- dimensional transverse behaviour of a...
Large scale Beam Dynamics Simulations (BDS) are important in accelerator design and optimization. Wi...
In recent years, sufficient interest has been displayed great activity in creating of modern compute...
Large-scale numerical simulations are essential to the design of plasma-based accelerators and laser...
The techniques of the numerical simulation of plasmas can be readily applied to problems in accelera...
This is the final report of a three-year, Laboratory Directed Research and Development (LDRD) projec...
The computer code PARMILA has been the primary tool for the design of proton and ion linacs in the U...
A program for simulation of the dynamics of high intensity charged particle beams in linear particle...
Simulation of high intensity accelerators leads to the so-lution of the Poisson Equation, to calcula...
The availability of parallel computation hardware and the advent of standardized programming interfa...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
In this paper we present results of using parallel supercomputers to simulate beam dynamics in next-...
The design and operation support of hadron (proton and heavy-ion) linear accelerators require substa...
Includes tables, figures, and algorithms.Particle accelerators are ubiquitous in science and society...
The evaluation of the space-charge effects on the beam dynamics requires CPU-time intensive numerica...
A computer program has been developed which simulates the two- dimensional transverse behaviour of a...
Large scale Beam Dynamics Simulations (BDS) are important in accelerator design and optimization. Wi...
In recent years, sufficient interest has been displayed great activity in creating of modern compute...
Large-scale numerical simulations are essential to the design of plasma-based accelerators and laser...
The techniques of the numerical simulation of plasmas can be readily applied to problems in accelera...
This is the final report of a three-year, Laboratory Directed Research and Development (LDRD) projec...
The computer code PARMILA has been the primary tool for the design of proton and ion linacs in the U...
A program for simulation of the dynamics of high intensity charged particle beams in linear particle...
Simulation of high intensity accelerators leads to the so-lution of the Poisson Equation, to calcula...