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| 1 | \section{Reaction initial state.} |
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| 2 | |
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| 3 | \hspace{1.0em} The GEANT4 $\gamma$-nucleon and $\gamma$-nucleus |
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| 4 | interaction model is capable to predict |
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| 5 | final states (produced |
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| 6 | hadrons |
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| 7 | which belong to the pseudoscalar meson nonet and the baryon (antibaryon) |
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| 8 | octet) of reactions on nucleon and nuclear targets. The break-up simulation of |
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| 9 | the residual |
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| 10 | excited target nucleus is performed with help of the nucleus deexcitation |
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| 11 | models. |
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| 12 | The recommended bombarding energy in |
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| 13 | the photon--nucleon or |
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| 14 | photon--nucleus interaction has to be more than |
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| 15 | 20 MeV in the laboratory frame. |
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| 16 | |
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