Journal of Nuclear Science, Engineering and Technology (JONSAT)
In cooperation with the Iranian Nuclear Society

Investigation of Charged Particle Transport in Magnetic Field and Simulation of Synchrotron Radiation by FLUKA

Document Type : Research Paper

Authors

F Ghasemi
M Shahriari
F Abbasi Davani
Abstract
Finite element and Monte Carlo are two basic and useful methods in numerous modeling and simulation codes. Charged particles transport in electric and magnetic fields based on these methods is the feasible manipulation of some software. There are, however few codes that have the ability of explaining the secondary radiation transport resulting from the movement of the charged particles in a magnetic field. FLUKA, for excample, is known to be one of them. In this paper, a modeling and the simulation process using the FLUKA code for the survey of the synchrotron radiation of the electron are presented. The results found to be in agreement with those predicted by the known theoretical approach. The analysis of the synchrotron radiation of the output photon beam and the beam energy reduction are the basic results of the present work. For this investigation a specific field card MAGFLD and a USRBIN card have been applied.
 

Highlights

 

  1. ف. قاسمی، ”گزارش علمی بررسی نرم­افزارهای مطرح در شبیه­سازی قسمت­های مختلف شتاب­دهنده­ها،“ دانشگاه شهید بهشتی، گروه کاربرد پرتوها، (1389).                                          

     

  2. A. Andreo, “Monte Carlo techniques in radiation,” Physicsphys Med Biol, 36: 861-920 (1991).

 

  1. WWW.Fluka.org, Fluka.php, August (2010).

 

  1. KLAUS WILLE, Principle of Charge Particle Acceleration, OXFORD University Press, (2000).

 

Keywords

Charged-Particle Transport
Magnetic Field
Monte Carlo Method
Finite Element Method
FLUKA Code
Synchrotron Radiation

  1.  

    1. ف. قاسمی، ”گزارش علمی بررسی نرم­افزارهای مطرح در شبیه­سازی قسمت­های مختلف شتاب­دهنده­ها،“ دانشگاه شهید بهشتی، گروه کاربرد پرتوها، (1389).                                          

       

    2. A. Andreo, “Monte Carlo techniques in radiation,” Physicsphys Med Biol, 36: 861-920 (1991).

     

    1. WWW.Fluka.org, Fluka.php, August (2010).

     

    1. KLAUS WILLE, Principle of Charge Particle Acceleration, OXFORD University Press, (2000).

     

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