Acciarri, R; Adams, C; An, R; Aparicio, A; Aponte, S; Asaadi, J; Auger, M; Ayoub, N; Bagby, L; Baller, B; Barger, R; Barr, G; Bass, M; Bay, F; Biery, K; Bishai, M; Blake, A; Bocean, V; Boehnlein, D; Bogert, VD; Bolton, T; Bugel, L; Callahan, C; Camilleri, L; Caratelli, D; Carls, B; Fernandez, R Castillo; Cavanna, F; Chappa, S; Chen, H; Chen, K; Chi, C-Y; Chiu, CS; Church, E; Cianci, D; Collin, GH; Conrad, JM; Convery, M; Cornele, J; Cowan, P; Crespo-Anadón, JI; Crutcher, G; Darve, C; Davis, R; Del Tutto, M; Devitt, D; Duffin, S; Dytman, S; Eberly, B; Ereditato, A; Erickson, D; Sanchez, L Escudero; Esquivel, J; Farooq, S; Farrell, J; Featherston, D; Fleming, BT; Foreman, W; Furmanski, AP; Genty, V; Geynisman, M; Goeldi, D; Goff, B; Gollapinni, S; Graf, N; Gramellini, E; Green, J; Greene, A; Greenlee, H; Griffin, T; Grosso, R; Guenette, R; Hackenburg, A; Haenni, R; Hamilton, P; Healey, P; Hen, O; Henderson, E; Hewes, J; Hill, C; Hill, K; Himes, L; Ho, J; Horton-Smith, G; Huffman, D

doi:10.1088/1748-0221/12/02/p02017

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Design and construction of the MicroBooNE detector

2017

Acciarri, R;
Adams, C;
An, R;
Aparicio, A;
Aponte, S;
Asaadi, J;
Auger, M;
Ayoub, N;
Bagby, L;
Baller, B;
Barger, R;
Barr, G;
Bass, M;
Bay, F;
Biery, K;
Bishai, M;
Blake, A;
Bocean, V;
Boehnlein, D;
Bogert, VD;
Bolton, T;
Bugel, L;
Callahan, C;
Camilleri, L;
Caratelli, D;
Carls, B;
Fernandez, R Castillo;
Cavanna, F;
Chappa, S;
Chen, H;
Chen, K;
Chi, C-Y;
Chiu, CS;
Church, E;
Cianci, D;
Collin, GH;
Conrad, JM;
Convery, M;
Cornele, J;
Cowan, P;
Crespo-Anadón, JI;
Crutcher, G;
Darve, C;
Davis, R;
Del Tutto, M;
Devitt, D;
Duffin, S;
Dytman, S;
Eberly, B;
Ereditato, A;
Erickson, D;
Sanchez, L Escudero;
Esquivel, J;
Farooq, S;
Farrell, J;
Featherston, D;
Fleming, BT;
Foreman, W;
Furmanski, AP;
Genty, V;
Geynisman, M;
Goeldi, D;
Goff, B;
Gollapinni, S;
Graf, N;
Gramellini, E;
Green, J;
Greene, A;
Greenlee, H;
Griffin, T;
Grosso, R;
Guenette, R;
Hackenburg, A;
Haenni, R;
Hamilton, P;
Healey, P;
Hen, O;
Henderson, E;
Hewes, J;
Hill, C;
Hill, K;
Himes, L;
Ho, J;
Horton-Smith, G;
Huffman, D;
Ignarra, CM;
James, C;
James, E;
de Vries, J Jan;
Jaskierny, W;
Jen, C-M;
Jiang, L;
Johnson, B;
Johnson, M;
Johnson, RA;
Jones, BJP;
Joshi, J;
Jostlein, H;
Kaleko, D;
Kalousis, LN;
Karagiorgi, G;
Katori, T;
Kellogg, P;
Ketchum, W;
Kilmer, J;
King, B;
Kirby, B;
Kirby, M;
Klein, E;
Kobilarcik, T;
Kreslo, I;
Krull, R;
Kubinski, R;
Lange, G;
Lanni, F;
Lathrop, A;
Laube, A;
Lee, WM;
Li, Y;
Lissauer, D;
Lister, A;
Littlejohn, BR;
Lockwitz, S;
Lorca, D;
Louis, WC;
Lukhanin, G;
Luethi, M;
Lundberg, B;
Luo, X;
Mahler, G;
Majoros, I;
Makowiecki, D;
Marchionni, A;
Mariani, C;
Markley, D;
Marshall, J;
Caicedo, DA Martinez;
McDonald, KT;
McKee, D;
McLean, A;
Mead, J;
Meddage, V;
Miceli, T;
Mills, GB;
Miner, W;
Moon, J;
Mooney, M;
Moore, CD;
Moss, Z;
Mousseau, J;
Murrells, R;
Naples, D;
Nienaber, P;
Norris, B;
Norton, N;
Nowak, J;
O'Boyle, M;
Olszanowski, T;
Palamara, O;
Paolone, V;
Papavassiliou, V;
Pate, SF;
Pavlovic, Z;
Pelkey, R;
Phipps, M;
Pordes, S;
Porzio, D;
Pulliam, G;
Qian, X;
Raaf, JL;
Radeka, V;
Rafique, A;
Rameika, RA;
Rebel, B;
Rechenmacher, R;
Rescia, S;
Rochester, L;
von Rohr, C Rudolf;
Ruga, A;
Russell, B;
Sanders, R;
Sands, WR;
Sarychev, M;
Schmitz, DW;
Schukraft, A;
Scott, R;
Seligman, W;
Shaevitz, MH;
Shoun, M;
Sinclair, J;
Sippach, W;
Smidt, T;
Smith, A;
Snider, EL;
Soderberg, M;
Solano-Gonzalez, M;
Söldner-Rembold, S;
Soleti, SR;
Sondericker, J;
Spentzouris, P;
Spitz, J;
St. John, J;
Strauss, T;
Sutton, K;
Szelc, AM;
Taheri, K;
Tagg, N;
Tatem, K;
Teng, J;
Terao, K;
Thomson, M;
Thorn, C;
Tillman, J;
Toups, M;
Tsai, Y-T;
Tufanli, S;
Usher, T;
Utes, M;
Van de Water, RG;
Vendetta, C;
Vergani, S;
Voirin, E;
Voirin, J;
Viren, B;
Watkins, P;
Weber, M;
Wester, T;
Weston, J;
Wickremasinghe, DA;
Wolbers, S;
Wongjirad, T;
Woodruff, K;
Wu, KC;
Yang, T;
Yu, B;
Zeller, GP;
Zennamo, J;
Zhang, C;
Zuckerbrot, M
et al.

Published Web Location

https://doi.org/10.1088/1748-0221/12/02/p02017

Abstract

This paper describes the design and construction of the MicroBooNE liquid argon time projection chamber and associated systems. MicroBooNE is the first phase of the Short Baseline Neutrino program, located at Fermilab, and will utilize the capabilities of liquid argon detectors to examine a rich assortment of physics topics. In this document details of design specifications, assembly procedures, and acceptance tests are reported.

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Design and construction of the MicroBooNE detector

Published Web Location