DYNAC Home Page
DYNAC Multiparticle Beam Simulation Code
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The computer code DYNAC contains a set of very accurate
quasi-Liouvillian beam dynamics equations, introduced in 1994. It is applicable
to protons, heavy ions and non-relativistic electrons (the new
beta version V6.0 also supports relativistic electrons; see news below). Long
accelerating elements with complex
and/or asymmetric longitudinal electromagnetic fields (e.g. superconducting
cavities) may be treated as one cavity (in stead of individual cells). This
is achieved through the novel concept of the "equivalent accelerating field" [1].
DYNAC has several space charge routines, including a 3D space charge routine called
HERSC [2]. This routine derives from the typical procedure adopted in mathematical
physics; the problem is transposed from some point to point correspondence onto a
functional space spanned by a finite sequence of 3D Hermite functions, where the
analytical set of beam self-field equations is found without any sort of restriction
or basic hypothesis.
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Click here to go to
the web page of the new beta version of DYNAC (V6.0)
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Contact
Eugene Tanke
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