York / Upton / Strasbourg / Bergen / Tucson / Oslo / College Station / Cambridge / Lawrence / Knoxville / Florence / Darmstadt / /
Company
Renaissance Technologies Corp. / Schwerionenforschung GmBH / Sweden 6 Risø National Laboratory / /
Country
Germany / Romania / Italy / Poland / Norway / France / United States / Korea / China / Denmark / /
Currency
pence / / /
Facility
Texas A&M University / University of Bergen / Chonbuk National University / Tennessee Tech University / Lund University / Galileo Galilei Institute / University of Copenhagen / University of Heidelberg / New York University / Physics Institute / Huazhong Normal University / University of Kansas / Niels Bohr Institute / University of Oslo / Institute of Particle Physics / University of Bucharest / Jagiellonian University / /
IndustryTerm
partonic and hadronic media / chemical freeze-out / beam energy / chemical potentials / energy / hadronic gas / baryo-chemical potential representing chemical freeze-out / low baryo-chemical potential / energy dissipation / lighter systems / chemical properties / collision energy / high energy / chemical / statistical systems / /
Organization
Huazhong Normal University / Wuhan / University of Heidelberg / New York University / Danish Natural Science Research Council / U.S. Department of Energy / Polish Ministry of Science and Higher Education / Physics Institute / Division of Nuclear Physics / Research Council of Norway / Institut Abstract / Division of Science Education / University of Bergen / Niels Bohr Institute / Galileo Galilei Institute / Jagiellonian University / Brookhaven National Laboratory / RHIC / Chonbuk National University / Collider-Accelerator Division / Tennessee Tech University / African Union / University of Kansas / Romanian Ministry of Education / Department of Physics and Technology / Texas A&M University / University of Oslo / Lund University / Institute of Particle Physics / University of Bucharest / University of Copenhagen / Copenhagen / /
Person
H. Yangg / Z. Ying / P. Staszele / Louis Pasteur / P. Christiansend / F. Videbæka / I. G. Arsenej / C. E. Jørgensend / E. B. Johnsoni / S. Bekelei / N. Wang Comput / / /
Position
Spokesperson / Corresponding author / Forward / /
ProvinceOrState
Texas / Kansas / New York / Arizona / Massachusetts / /
Rapidity dependence of the proton-to-pion ratio in Au+Au and p+p collisions at √ sNN = 62.4 and 200 GeV✩ I. G. Arsenej,3 , I. G. Beardend , D. Beavisa , S. Bekelei,4 , C. Besliuh , B. Budickc , H. Bøggildd , C. Chas