Upton / Strasbourg / Bergen / Oslo / Baltimore / College Station / Copenhagen / Lawrence / /
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Elsevier B.V. / /
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Romania / Poland / Norway / France / United States / Denmark / / /
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Texas A&M University / University of Bergen / Institute of Nuclear Physics / M. Smoluchkowski Institute of Physics / University of Copenhagen / New York University / University of Kansas / Niels Bohr Institute / University of Oslo / Johns Hopkins University / Brookhaven National Laboratory / University of Bucharest / Jagiellonian University / /
IndustryTerm
overall beam energy / higher energy state / larger chemical potential / energy scale / energy loss measurements / sizeable energy loss / unprecedented large energy densities / beam energy / chemical potential / energy density / lower energy / thermodynamical and chemical equilibrium / typical relevant energy scale / important tool / average energy loss / energy / low energy systematics / mass energy / absolute energy loss increases / kinetic energy / large energy density / hadron gas / high energy density state / finite chemical potential / high energy-density medium / energy distribution / /
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mT dN / /
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Institut de Recherches Subatomiques / New York University / Johns Hopkins University / M. Smoluchkowski Institute of Physics / Department of Physics / University of Bergen / Niels Bohr Institute / Jagiellonian University / Brookhaven National Laboratory / University of Kansas / Texas A&M University / University of Oslo / University of Copenhagen / Institute of Nuclear Physics / University of Bucharest / /
Nuclear Physics A[removed]–27 Quark–gluon plasma and color glass condensate at RHIC? The perspective from the BRAHMS experiment I. Arsene j , I.G. Bearden g , D. Beavis a , C. Besliu j , B. Budick f ,