The GlueX beamline and detector
- Adhikari, S.
- Akondi, C. S.
- Barriga, E.
- Matveev, V.
- McCaughan, M.
- McCracken, M.
- McGinley, W.
- McIntyre, J.
- Meekins, D.
- Mendez, R.
- Meyer, C. A.
- Miskimen, R.
- Mitchell, R. E.
- Barsotti, R.
- Mokaya, F.
- Moriya, K.
- Nerling, F.
- Ng, L.
- Ni, H.
- Ostrovidov, A. I.
- Papandreou, Z.
- Patsyuk, M.
- Paudel, C.
- Pauli, P.
- Beattie, T. D.
- Pedroni, R.
- Pentchev, L.
- Peters, K. J.
- Phelps, W.
- Pierce, J.
- Pooser, E.
- Popov, V.
- Pratt, B.
- Qiang, Y.
- Qin, N.
- Benesch, J.
- Razmyslovich, V.
- Reinhold, J.
- Ritchie, B. G.
- Ritman, J.
- Robison, L.
- Romanov, D.
- Romero, C.
- Salgado, C.
- Sandoval, N.
- Satogata, T.
- Berdnikov, V. V.
- Schertz, A. M.
- Schadmand, S.
- Schick, A.
- Schumacher, R. A.
- Schwarz, C.
- Schwiening, J.
- Semenov, A. Yu.
- Semenova, I. A.
- Seth, K. K.
- Shen, X.
- Biallas, G.
- Shepherd, M. R.
- Smith, E. S.
- Sober, D. I.
- Somov, A.
- Somov, S.
- Soto, O.
- Sparks, N.
- Staib, M. J.
- Stanislav, C.
- Stevens, J. R.
- Black, T.
- Stewart, J.
- Strakovsky, I. I.
- Sumner, B. C. L.
- Suresh, K.
- Tarasov, V. V.
- Taylor, S.
- Teigrob, L. A.
- Teymurazyan, A.
- Thiel, A.
- Tolstukhin, I.
- Boeglin, W.
- Tomaradze, A.
- Toro, A.
- Tsaris, A.
- Van Haarlem, Y.
- Vasileiadis, G.
- Vega, I.
- Visser, G.
- Voulgaris, G.
- Walford, N. K.
- Werthmüller, D.
- Brindza, P.
- Whitlatch, T.
- Wickramaarachchi, N.
- Williams, M.
- Wolin, E.
- Xiao, T.
- Yang, Yuqian
- Zarling, J.
- Zhang, Zhe
- Zhou, Q.
- Zhou, Xiaoran
- Briscoe, W. J.
- Zihlmann, B.
- Al Ghoul, H.
- Britton, T.
- Brock, J.
- Brooks, W. K.
- Cannon, B. E.
- Carlin, C.
- Carman, D. S.
- Carstens, T.
- Cao, Pengfei
- Chernyshov, O.
- Chudakov, E.
- Ali, A.
- Cole, S.
- Cortes, O.
- Crahen, W. D.
- Crede, V.
- Dalton, M. M.
- Daniels, T.
- Deur, A.
- Dickover, C.
- Dobbs, S.
- Dolgolenko, A.
- Amaryan, M.
- Dotel, R.
- Dugger, M.
- Dzhygadlo, R.
- Dzierba, A.
- Egiyan, H.
- Erbora, T.
- Ernst, A.
- Eugenio, P.
- Fanelli, C.
- Fegan, S.
- Anassontzis, E. G.
- Foda, A. M.
- Foote, J.
- Frye, J.
- Furletov, S.
- Gan, L.
- Gasparian, A.
- Gerasimov, A.
- Gevorgyan, N.
- Gleason, C.
- Goetzen, K.
- Austregesilo, A.
- Goncalves, A.
- Goryachev, V. S.
- Guo, L.
- Hakobyan, H.
- Hamdi, A.
- Hardin, J.
- Henschel, C. L.
- Huber, G. M.
- Hutton, C.
- Hurley, A.
- Barbosa, F.
- Ioannou, P.
- Ireland, D. G.
- Ito, M. M.
- Jarvis, N. S.
- Jones, R. T.
- Kakoyan, V.
- Katsaganis, S.
- Kalicy, G.
- Kamel, M.
- Keith, C. D.
- Barlow, J.
- Klein, F. J.
- Kliemt, R.
- Kolybaba, D.
- Kourkoumelis, C.
- Krueger, S. T.
- Kuleshov, S.
- Larin, I.
- Lawrence, D.
- Leckey, J. P.
- Lersch, D. I.
- Barnes, A.
- Leverington, B. D.
- Levine, W. I.
- Li, Wanxin
- Liu, B.
- Livingston, K.
- Lolos, G. J.
- Lyubovitskij, V.
- Mack, D.
- Marukyan, H.
- Mattione, P. T.
DOIAbstract
The GlueX experiment at Jefferson Lab has been designed to study photoproduction reactions with a 9-GeV linearly polarized photon beam. The energy and arrival time of beam photons are tagged using a scintillator hodoscope and a scintillating fiber array. The photon flux is determined using a pair spectrometer, while the linear polarization of the photon beam is determined using a polarimeter based on triplet photoproduction. Charged-particle tracks from interactions in the central target are analyzed in a solenoidal field using a central straw-tube drift chamber and six packages of planar chambers with cathode strips and drift wires. Electromagnetic showers are reconstructed in a cylindrical scintillating fiber calorimeter inside the magnet...
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