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Articles: 2'506'133
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26 April 2024
 
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Results 1 to 20 of 20 for query "M.Brandstetter". (0.00 sec.)



1.
Local equilibrium in heavy-ion collisions: Microscopic analysis of a central cell versus infinite matter
L.V. Bravina; E.E. Zabrodin; S.A. Bass; M. Bleicher; M. Brandstetter; S. Soff; H. Stoecker; W. Greiner;
3 Nov 2000   /  Phys.Rev. C62 (2000) 064906
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2.
Transition to resonance-rich matter in heavy ion collisions at RHIC energies
L.V.Bravina; E.E.Zabrodin; M.Bleicher; S.A.Bass; M.Brandstetter; A.Faessler; C.Fuchs; W.Greiner; M.I.Gorenstein; S.Soff; H.Stoecker;
26 Oct 2000   /  J.Phys. G27 (2001) 421-426
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3.
Equation of state of resonance-rich matter in the central cell in heavy-ion collisions at $sqrt{s}$=200 AGeV
L.V.Bravina; E.E.Zabrodin; S.A.Bass; M.Bleicher; M.Brandstetter; A. Faessler; C.Fuchs; W.Greiner; S.Soff; H.Stoecker;
16 Oct 2000   /  Phys.Rev. C63 (2001) 064902
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4.
Microscopic Analysis of Thermodynamic Parameters from 160 MeV/n - 160 GeV/n
M. Bleicher; S.A. Bass; M. Belkacem; J. Brachmann; M. Brandstetter; C. Ernst; L. Gerland; J. Konopka; S. Soff; C. Spieles; H. Weber; H. Stöcker; W. Greiner;
30 Apr 1997
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5.
Signatures of dense hadronic matter in ultrarelativistic heavy ion reactions
L.A. Winckelmann; C. Ernst; L. Gerland; J. Konopka; S. Soff; S.A. Bass; M. Bleicher; M. Brandstetter; A. Dumitru; C. Spieles; H. Weber; C. Hartnack; J. Aichelin; N. Amelin; H. Stöcker; W. Greiner;
28 Oct 1996
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6.
Microscopic calculations of stopping and flow from 160AMeV to 160AGeV
L.A. Winckelmann; S.A. Bass; M. Bleicher; M. Brandstetter; A. Dumitru; C. Ernst; L. Gerland; J. Konopka; S. Soff; C. Spieles; H. Weber; C. Hartnack; J. Aichelin; N. Amelin; H. Stöcker; W. Greiner;
23 Oct 1996   /  Nucl.Phys. A610 (1996) 116c-123c
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7.
Collective flow in heavy ion reactions and the properties of excited nuclear matter
J. Konopka; S.A. Bass; M. Bleicher; M. Brandstetter C. Ernst; L. Gerland; W. Greiner; S. Soff; C. Spieles; H. Stoecker; H. Weber; L.A. Winckelmann;
11 Jul 1996
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8.
Extracting the equation of state from a microscopic non-equilibrium model
C. Spieles; A. Dumitru; S. A. Bass; M. Bleicher; J. Brachmann; M. Brandstetter; C. Ernst; L. Gerland; J. Konopka; S. Soff; H. Weber; L. A. Winckelmann; J. Maruhn; H. Stoecker; W. Greiner;
17 Jun 1996
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9.
Nucleus-Nucleus Collisions at Highest Energies
M. Bleicher; N. Amelin; S. A. Bass; M. Brandstetter; A. Dumitru; C. Ernst; L. Gerland; J. Konopka; C. Spieles; H. Weber; L. A. Winckelmann; H. Stöcker; W. Greiner;
31 May 1996
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10.
Local Thermal and Chemical Equilibration and the Equation of State in Relativistic Heavy Ion Collisions
L.V.Bravina; M. Brandstetter; M.I.Gorenstein; E.E. Zabrodin; M. Belkacem; M. Bleicher; S.A. Bass; C. Ernst; M. Hofmann; S. Soff; H. Stoecker; W. Greiner;
13 Oct 1998   /  J.Phys. G25 (1999) 351-361
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11.
Local Thermodynamical Equilibrium and the Equation of State of Hot, Dense Matter Created in Au+Au Collisions at AGS
L.V.Bravina; M.I.Gorenstein; M. Belkacem; S.A. Bass; M. Bleicher; M. Brandstetter; M. Hofmann; S. Soff; C. Spieles; H. Weber; H. Stöcker; W. Greiner;
3 Apr 1998   /  Phys.Lett. B434 (1998) 379-387
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12.
Are we close to the QGP? - Hadrochemical vs. microscopic analysis of particle production in ultrarelativistic heavy ion collisions
S. A. Bass; M. Belkacem; M. Brandstetter; M. Bleicher; L. Gerland; J. Konopka; L. Neise; C. Spieles; S. Soff; H. Weber; H. Stoecker; W. Greiner;
18 Nov 1997   /  Phys.Rev.Lett. 81 (1998) 4092-4095
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13.
The crystal structure of dipeptidyl peptidase IV (CD26) reveals its functional regulation and enzymatic mechanism
Engel, Michael; Hoffmann, Torsten; Wagner, Leona; Wermann, Michael; Heiser, Ulrich; Kiefersauer, Reiner; Huber, Robert; Bode, Wolfram; Demuth, Hans-Ulrich; Brandstetter, Hans;
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14.
Structures of the tricorn-interacting aminopeptidase F1 with different ligands explain its catalytic mechanism
Goettig, Peter; Groll, Michael; Kim, Jeong-Sun; Huber, Robert; Brandstetter, Hans;
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15.
Sensitivity-enhanced Fourier transform mid-infrared spectroscopy using a supercontinuum laser source
Ivan Zorin; Jakob Kilgus; Kristina Duswald; Bernhard Lendl; Bettina Heise; Markus Brandstetter;
26 Feb 2020
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16.
Crystal structure of the tricorn protease reveals a protein disassembly line
H Brandstetter; J S Kim; M Groll; R Huber;
22 Nov 2001   /  Nature, 414 (6862), 466-70
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17.
X-ray structure of clotting factor IXa: active site and module structure related to Xase activity and hemophilia B.
Brandstetter, H; Bauer, M; Huber, R; Lollar, P; Bode, W;
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18.
Correlative infrared optical coherence tomography and hyperspectral chemical imaging
Ivan Zorin; Rong Su; Bettina Heise; Bernhard Lendl; Markus Brandstetter;
5 Jun 2020
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19.
Observation of Cooper Pairs in a Mesoscopic 2D Fermi Gas
Marvin Holten; Luca Bayha; Keerthan Subramanian; Sandra Brandstetter; Carl Heintze; Philipp Lunt; Philipp M. Preiss; Selim Jochim;
23 Sep 2021
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20.
Align-RUDDER: Learning From Few Demonstrations by Reward Redistribution
Vihang P. Patil; Markus Hofmarcher; Marius-Constantin Dinu; Matthias Dorfer; Patrick M. Blies; Johannes Brandstetter; Jose A. Arjona-Medina; Sepp Hochreiter;
29 Sep 2020
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