Add to ORKGA set of problems is presented for benchmarking beam dynamics codes with space charge. The test suite contains problems whose solutions can be found analytically or to very high accuracy using numerical methods. Simulation results are presented for problems in the test suite obtained using the MaryLie/IMPACT, Synergia, and MAD9P codes
The LANA computer code (Linear Accelerators Numerical Analysis) has been modified in order to study ...
First, this chapter introduces the expressions for the electric and magnetic space-charge internal f...
An algorithm has been developed to compute particle tracking, including self-consistent space charge...
Space charge effects are a major contributor to beam halo and emittance growth leading to beam loss ...
Space charge in high intensity beams is an important issue in accelerator physics. Due to the compli...
Space charge in high intensity beams is an important issue in accelerator physics. Due to the compli...
Since a few years MAD-X allows to simulate beam dynamics with frozen space charge à la Basseti-Erski...
We describe Synergia, a hybrid code developed under the DOE SciDAC-supported Accelerator Simulation ...
The beam dynamics code DYNAC was benchmarked using the European Spallation Source (ESS) Proton Linac...
The evaluation of the space-charge effects on the beam dynamics requires CPU-time intensive numerica...
We propose to perform investigations of the dynamics of space charge dominated beams. These investig...
A new two-dimensional beam-tracking simulation code for electron injectors using a bulk-to-point cal...
Apart from very computer time consuming PPI routines (Particle to Particle Interaction, e.g. [1]), a...
Apart from very computer time consuming PPI routines (Particle to Particle Interaction, e.g. [1]), a...
Abstract. Derived from the Vlasov equation the Ensemble Model [1] has been elaborated for fast and e...
The LANA computer code (Linear Accelerators Numerical Analysis) has been modified in order to study ...
First, this chapter introduces the expressions for the electric and magnetic space-charge internal f...
An algorithm has been developed to compute particle tracking, including self-consistent space charge...
Space charge effects are a major contributor to beam halo and emittance growth leading to beam loss ...
Space charge in high intensity beams is an important issue in accelerator physics. Due to the compli...
Space charge in high intensity beams is an important issue in accelerator physics. Due to the compli...
Since a few years MAD-X allows to simulate beam dynamics with frozen space charge à la Basseti-Erski...
We describe Synergia, a hybrid code developed under the DOE SciDAC-supported Accelerator Simulation ...
The beam dynamics code DYNAC was benchmarked using the European Spallation Source (ESS) Proton Linac...
The evaluation of the space-charge effects on the beam dynamics requires CPU-time intensive numerica...
We propose to perform investigations of the dynamics of space charge dominated beams. These investig...
A new two-dimensional beam-tracking simulation code for electron injectors using a bulk-to-point cal...
Apart from very computer time consuming PPI routines (Particle to Particle Interaction, e.g. [1]), a...
Apart from very computer time consuming PPI routines (Particle to Particle Interaction, e.g. [1]), a...
Abstract. Derived from the Vlasov equation the Ensemble Model [1] has been elaborated for fast and e...
The LANA computer code (Linear Accelerators Numerical Analysis) has been modified in order to study ...
First, this chapter introduces the expressions for the electric and magnetic space-charge internal f...
An algorithm has been developed to compute particle tracking, including self-consistent space charge...