Upton / Strasbourg / Oslo / Bucharest / College Station / Cambridge / Lawrence / Jeonju / /
Company
Information Society Technologies / W. Busza A.S. / /
Country
Romania / Sweden / Poland / Norway / France / United States / Korea / China / Denmark / /
Currency
pence / / /
Facility
Texas A&M University / University of Bergen / Chonbuk National University / Lund University / University of Copenhagen / New York University / Huazhong Normal University / University of Kansas / Niels Bohr Institute / University of Oslo / Institute of Particle Physics / University of Bucharest / Jagiellonian University / Institute of Space Science / /
IndustryTerm
overall energy / rapidity loss vs. collision energy / beam energy / energy loss / heavy systems / maximum energy / lower energy / lower and higher energy permit / energy / lower energy data / kinetic energy / collision energy / minimum and maximum energy loss / /
Organization
Huazhong Normal University / Wuhan / Danish Natural Science Research Council / U.S. Department of Energy / Department of Physics / Division of Nuclear Physics / Research Council of Norway / Institute of Space Science / office of Science / University of Bergen / Division of Science Education / Niels Bohr Institute / Polish Ministry of Science / Jagiellonian University / Brookhaven National Laboratory / New York University / New York / dNB / Chonbuk National University / Collider-Accelerator Division / 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 / /
Nuclear stopping and rapidity loss in Au+Au collisions at √ sN N =62.4 GeV I.C.Arsenek , I.G.Beardenf , D.Beavisa , S.Bekelej , C.Besliui , B.Budicke , H.Bøggildf , C.Chasmana ,