H. W. Barz
Dresden University of Technology
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Publication
Featured researches published by H. W. Barz.
Journal of Physics G | 2005
E E Kolomeitsev; Ch. Hartnack; H. W. Barz; Marcus Bleicher; Elena Bratkovskaya; W Cassing; Lie-Wen Chen; P. Danielewicz; C. Fuchs; T Gaitanos; Che Ming Ko; A Larionov; M Reiter; Gy. Wolf; J. Aichelin
We compare multiplicities as well as rapidity and transverse momentum distributions of protons, pions and kaons calculated within presently available transport approaches for heavy-ion collisions around 1 A GeV. For this purpose, three reactions have been selected: Au+Au at 1 and 1.48 A GeV and Ni+Ni at 1.93 A GeV.
Journal of Physics G | 2002
M Z
Within a BUU type transport model we study Φ meson production in subthreshold Ni + Ni and Ru + Ru reactions. For the first time we included in our model the elementary reaction channels ρ + N, Δ → Φ + N, π + N((1520) → Φ + N and πρ → Φ. In spite of a substantial increase of the Φ multiplicities by these channels, our results stay significantly below the preliminary experimental data.Within a BUU type transport model we study
Physics Letters B | 1987
eacute
\phi
Acta Physica Hungarica A) Heavy Ion Physics | 2005
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meson production in subthreshold Ni+Ni and Ru+Ru reactions. For the first time we included in our model the elementary reaction channels
Journal of Physics G | 2002
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\rho+N,\Delta \to \phi+N
arXiv: Nuclear Theory | 2001
nyi; H. W. Barz; Gy. Wolf; B K
,
Nuclear Physics | 2002
auml
\pi+N(1520) \to \phi+N
The Open Nuclear & Particle Physics Journal | 2010
mpfer
and
Physical Review C | 1996
H. W. Barz; B. Kämpfer; Bela Lukacs; K. Martinás; G. Wolf
\pi \rho
Acta Physica Hungarica A) Heavy Ion Physics | 2005
H. W. Barz; B. Kämpfer; L. Naumann; Gy. Wolf; M. Zétényi
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