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[1208] | 1 | \section{Parton string model MC procedure.} |
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| 2 | |
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| 3 | \hspace{1.0em} |
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| 4 | The parton string model algorithm can be considered as a set of |
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| 5 | steps should be performed: |
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| 6 | \begin{enumerate} |
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| 7 | \item Create two vectors (projectile and target) of particles: assign initial |
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| 8 | projectile and target particle types, their coordinates and momenta. |
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| 9 | In the case of hadron-nucleus (or nucleus-nucleus) interaction |
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| 10 | one should perform |
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| 11 | target nucleus (or projectile and target nuclei) initial state simulation |
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| 12 | and sample impact parameter; |
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| 13 | \item Sample |
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| 14 | collision participants and separated them into diffractive and non-diffractive. |
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| 15 | Store the total interaction four momentum of participants; |
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| 16 | \item For non-diffractive inelastic collisions sample the number |
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| 17 | of the soft longitudinal and hard kinky string can be produced. |
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| 18 | \item Excite and reexcite colliding particles in the case of diffractive collisions and |
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| 19 | create diffractive longitudinal strings, if particles are not participate in |
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| 20 | further soft or hard collisions; |
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| 21 | \item Perform longitudinal and kinky string excitations; |
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| 22 | \item Perform string decay simulation; |
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| 23 | \item Correct energies and momenta of produced particles, if it is needed. |
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| 24 | \end{enumerate} |
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