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- Stanislav Dubnička, Anna Zuzana Dubničková, Peter Weisenpacher
- 2002

General solution of asymptotic conditions, derived previously for n vector-meson parametrization of electromagnetic form factor of any strongly interacting particle with the asymptotics ∼|t|→∞ t −m(m < n) and combined with a form factor normalization condition, is presented. The special case of m = n and the solution of asymptotic conditions without any… (More)

- Jan Glasa, Lukas Valasek, Ladislav Halada, Peter Weisenpacher
- 2013 8th EUROSIM Congress on Modelling and…
- 2013

People evacuation in tunnel in fire conditions belongs to important tunnel safety problems. In this paper, simulation of fire in a short unidirectional 2-lane road tunnel and its evacuation using the FDS+Evac system are analysed. FDS+Evac enables to simulate fire spread in the tunnel utilizing the obtained fire characteristics for modelling evacuation of… (More)

- Stanislav Dubnička, Anna Zuzana Dubničková, Peter Weisenpacher
- 2002

Unitary and analytic ten-resonance model of the nucleon electromagnetic (e.m.) structure with canonical normalizations and QCD (up to the logarithmic correction) asymptotics is constructed on the four-sheeted Riemann surface, which provides a superposition of vector-meson pole and continuum contributions in a very natural way. As a result it describes… (More)

- P. Weisenpacher
- 2000

Starting with the VMD parametrization of the electric and magnetic nucleon form factors, which are saturated just by the ground state vector-mesons ρ, ω and φ, then aplying the strict OZI rule and the asymptotic behaviour of form factors as predicted by quark model of hadrons, the famous one parameter dipole formula is derived. By its comparison with… (More)

- S Dubnička, A Z Dubničková, P Weisenpacher
- 2000

Unitary and analytic ten-resonance model of the nucleon electromagnetic (e.m.) structure with canonical normalizations and asymptotics is constructed on a four-sheeted Riemann surface. It describes well all existing experimental space-like and time-like data on the nucleon e.m. form factors (ff’s), including also FENICE (Frascati) results on the neutron,… (More)

- Peter Weisenpacher, Ján Glasa, Ladislav Halada
- Computing and Informatics
- 2016

- Peter Weisenpacher, Ján Glasa, Ladislav Halada, Lukás Valásek, Viera Sipková
- Computing and Informatics
- 2014

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