'Chemical freeze' diaporamas de présentation

Energy Loss and Flow in Heavy Ion Collisions at RHIC

Energy Loss and Flow in Heavy Ion Collisions at RHIC Niels Bohr was almost right about the liquid drop model Jim Thomas Lawrence Berkeley National Laboratory Berkeley, CA University of Notre Dame February 20 th , 2008. The Phase Diagram for Nuclear Matter.

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Physics at RHIC Results from the RHIC STAR Experiment

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Energy Loss and Flow in Heavy Ion Collisions at RHIC

Energy Loss and Flow in Heavy Ion Collisions at RHIC Niels Bohr was almost right about the liquid drop model Jim Thomas Lawrence Berkeley National Laboratory Berkeley, CA University of Notre Dame February 20 th , 2008. The Phase Diagram for Nuclear Matter.

668 views • 55 slides

The Strange Physics Occurring at RHIC

The Strange Physics Occurring at RHIC. Why do we do this research?. To explore the phase diagram of nuclear matter. How: By colliding nuclei in lab. By varying energy (?s) and size (A). By studying spectra and particle correlations. Rajagopal and Wilczek,

555 views • 45 slides

Recent results from the STAR experiment at RHIC

Recent results from the STAR experiment at RHIC. for the STAR collaboration Lawrence Berkeley National Laboratory. Outline. STAR experiment at RHIC Physics results from ?s NN = 130 GeV Au+Au collisions Very preliminary results from ?s NN = 200 GeV Au+Au.

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Bulk properties at RHIC

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A Blast-wave Model with Two Freeze-outs

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Chemical fit at RHIC

Workshop on Thermalization and Chemical Equilibration in Heavy Ions Collisions at RHIC (July 20-21, 2001 at BNL). Chemical fit at RHIC. Masashi Kaneta LBNL. Many thanks to V.Koch, H.G.Ritter, N.Xu (LBNL), Z.Xu (BNL), and Organizers. Outlook. Introduction Model Data

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Suk Choi , Kang Seog Lee Chonnam National University

Two freeze-out model for the hadrons produced in the Relativistic Heavy-Ion Collisions. New Frontiers in QCD 28 Oct, 2011, Yonsei Univ., Seoul, Korea. Suk Choi , Kang Seog Lee Chonnam National University. What can we know from particle spectra?. Hadron yield :

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Effect of resonance decays on the extracted kinetic freeze-out parameters

Effect of resonance decays on the extracted kinetic freeze-out parameters. Levente Molnar, Purdue University For the STAR Collaboration. Outline: Physics Motivation Measurements Model description Results Summary. Physics Motivation I. T chem. T kin. T c. T. Elastic scattering

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Collective property of QGP in high-energy heavy-ion collisions at LHC

Collective property of QGP in high-energy heavy-ion collisions at LHC Inst. of Physics, Univ. of Tsukuba ShinIchi Esumi.

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A Blast-wave Model with two Freeze-outs

A Blast-wave Model with two Freeze-outs. Motivation A Blast-wave model with two freeze-outs Results Conclusion. Kang Seog Lee ( ??? ). HIM 2011.12.10. Chemical analysis of hadron ratios. Thermal analysis of mt spectra of hadrons.

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Kinetic freeze-out with resonances

Kinetic freeze-out with resonances. Levente Molnar, Purdue University for the STAR Collaboration. Outline: Motivation Model description Improvements Fit method Results Calculated spectra Short lived resonances Fit results Summary. Motivation and introduction.

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Two Freeze-out Model in Relativistic Heavy ion Collisions

Two Freeze-out Model in Relativistic Heavy ion Collisions. Motivation Two freeze-out Model Results Conclusion. Kang Seog Lee ( ??? ). HIM 2011.6.10. Motivation. Thermal freeze-out from m t spectra T th. Chemical freeze-out from yields T ch.

187 views • 9 slides