Configurable code for beam dynamics simulations in electrostatic approximation

Configurable code for beam dynamics simulations in electrostatic approximation

The DAISI (Design of Accelerators, optImizations and SImulations) is the user-configurable code for plasma and beam dynamics simulations using particle-mesh methods of Vlasov equation solution in electrostatic approximation. Coordinate system, computational domain geometry, boundary conditions and s...

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Published in:2016 Young Researchers in Vacuum Micro/Nano Electronics (VMNE-YR) pp. 1 - 4
Main Author: Altsybeyev, Vladislav
Format: Conference Proceeding
Language:English
Published: IEEE 01-10-2016
Subjects:
Computational modeling
Linear accelerators
Mathematical model
Optimization
Particle beams
Plasmas
Unified modeling language
Online Access:Get full text
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Abstract The DAISI (Design of Accelerators, optImizations and SImulations) is the user-configurable code for plasma and beam dynamics simulations using particle-mesh methods of Vlasov equation solution in electrostatic approximation. Coordinate system, computational domain geometry, boundary conditions and solver settings are specified by user. The user interface is developed using Qt. Additional modules and routines for design RFQ and DTL linacs are aviable in Design Module.
AbstractList The DAISI (Design of Accelerators, optImizations and SImulations) is the user-configurable code for plasma and beam dynamics simulations using particle-mesh methods of Vlasov equation solution in electrostatic approximation. Coordinate system, computational domain geometry, boundary conditions and solver settings are specified by user. The user interface is developed using Qt. Additional modules and routines for design RFQ and DTL linacs are aviable in Design Module.
Author Altsybeyev, Vladislav
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  givenname: Vladislav
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  fullname: Altsybeyev, Vladislav
  email: v.altsybeev@spbu.ru
  organization: St. Petersburg State Univ., St. Petersburg, Russia
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Snippet The DAISI (Design of Accelerators, optImizations and SImulations) is the user-configurable code for plasma and beam dynamics simulations using particle-mesh...
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SubjectTerms Computational modeling
Linear accelerators
Mathematical model
Optimization
Particle beams
Plasmas
Unified modeling language
Title Configurable code for beam dynamics simulations in electrostatic approximation
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