A spectrometer for study of high mass objects created in relativistic heavy ion reactions
Titel:
A spectrometer for study of high mass objects created in relativistic heavy ion reactions
Auteur:
Armstrong, T.A Barish, K.N Batsouli, S Bennett, M.J Bennett, S.J Chikanian, A Coe, S.D Cormier, T.M Davies, R.R De Cataldo, G Dee, P Diebold, G.E Dover, C.B Ewell, L.A Emmet, W Fachini, P Fadem, B Finch, L.E George, N.K Giglietto, N Greene, S.V Haridas, P Hill, J.C Hirsch, A.S Hoversten, R.A Huang, H.Z Jaradat, H Kim, B Kumar, B.S Lajoie, J.G Lainis, T Lewis, R.A Li, Q Li, Y Libby, B Majka, R.D Miller, T.E Munhoz, M.G Nagle, J.L Petridis, A Pless, I.A Pope, J.K Porile, N.T Pruneau, C Rabin, M.S.Z Reid, J.D Rimai, A Riso, J Rose, A Rotondo, F.S Sandweiss, J Scharenberg, R.P Skank, H Slaughter, A.J Sleage, G Smith, G.A Spinelli, P Srivastava, B.K Tincknell, M.L Toothacker, W.S Van Buren, G Wilson, W.K Wohn, F.K Wolin, E.J Xu, Z Zhao, K
Verschenen in:
Nuclear instruments and methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment