Details

Autor(en) / Beteiligte

• Aloisio, A.
• Azemoon, T.
• Bähler, P.
• Barbier, G.
• Becker, U.
• Berdugo, J.
• Blaising, J.J.
• Blanc, M.
• Bobbink, G.J.
• Bohlen, W.
• Bopp, C.
• Bowditch, P.
• Branson, J.G.
• Bulgeroni, W.
• Caiazzo, L.
• Cerrada, M.
• Cui, X.Y.
• D'Alessandro, R.
• Degré, A.
• Dietrich, M.
• Dionisi, C.
• Elkacimi, M.
• Engler, A.
• Esser, H.
• Extermann, P.
• Falk, T.
• Filipov, G.A.
• Friebel, W.
• Fukushima, M.
• Ganguli, S.N.
• Goldfarb, S.
• Gong, Z.F.
• Gonzalez, E.
• Gruenewald, M.
• Guanziroli, M.
• He, C.F.
• Heller, R.
• Helmrath, Ch
• Hu, G.Q.
• Isiksal, E.
• Jagel, E.
• Jones, L.W.
• Jongmanns, M.
• Kaaret, P.
• Klimentov, A.
• Kollek, M.
• Kornadt, O.
• Kwan, S.
• Lanius, K.
• Lanske, D.
• Lebrun, P.
• Léger, A.
• Leistam, L.
• Lejeune, E.
• Lettry, J.
• Li, H.T.
• Linde, F.L.
• Lohmann, W.
• MacDermott, M.
• Madjar, N.
• Matsuda, T.
• Mills, G.B.
• Nägeli, W.
• Niessen, L.
• Perrier, J.
• Pier-Amory, J.
• Qian, J.M.
• Raghavan, R.
• Reddick, P.
• Rinsche, U.
• Rodriguez, S.
• Rosier-Lees, S.
• Salicio, J.
• Saran, S.
• Savin, A.
• Schmitt, P.
• Schulte, R.
• Schwering, G.
• Sheer, I.
• Spangler, I.
• Spickermann, T.
• Spiess, B.
• Starosta, R.
• Sutton, R.B.
• Thenard, J.M.
• Timmermans, C.
• Tonisch, F.
• Tonwar, S.C.
• Viertel, G.
• Vogel, H.
• Vollmar, M.
• Waldmeier, S.
• Wallraff, W.
• Wang, C.Y.
• Wang, Z.M.
• Wenaus, T.J.
• Willmott, C.
• Xi, F.Y.
• Yang, B.Z.
• Zhou, Z.P.

Titel

The construction of the L3 experiment

Ist Teil von

• Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 1990-04, Vol.289 (1), p.35-102

Ort / Verlag

Elsevier B.V

Erscheinungsjahr

1990

Link zum Volltext

Quelle

Elsevier Journal Backfiles on ScienceDirect (DFG Nationallizenzen)

Beschreibungen/Notizen

• The L3 experiment is one of the six large detectors designed for the new generation of electron-positron accelerators. It is the only detector that concentrates its efforts on limited goals of measuring electrons, muons and photons. By not attempting to identify hadrons, L3 has been able to provide an order of magnitude better resolution for electrons, muons and photons. Vertices and hadron jets are also studied. The construction of L3 has involved much state of the art technology in new principles of vertex detection and in new crystals for large scale electromagnetic shower detection and ultraprecise muon detection. This paper presents a summary of the construction of L3.