- Main
Scintillation light detection in the 6-m drift-length ProtoDUNE Dual Phase liquid argon TPC
- Abud, A Abed;
- Abi, B;
- Acciarri, R;
- Acero, MA;
- Adames, MR;
- Adamov, G;
- Adamowski, M;
- Adams, D;
- Adinolfi, M;
- Aduszkiewicz, A;
- Aguilar, J;
- Ahmad, Z;
- Ahmed, J;
- Aimard, B;
- Ali-Mohammadzadeh, B;
- Alion, T;
- Allison, K;
- Monsalve, S Alonso;
- AlRashed, M;
- Alt, C;
- Alton, A;
- Alvarez, R;
- Amedo, P;
- Anderson, J;
- Andreopoulos, C;
- Andreotti, M;
- Andrews, M;
- Andrianala, F;
- Andringa, S;
- Anfimov, N;
- Ankowski, A;
- Antoniassi, M;
- Antonova, M;
- Antoshkin, A;
- Antusch, S;
- Aranda-Fernandez, A;
- Arellano, L;
- Arnold, LO;
- Arroyave, MA;
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- Asquith, L;
- Aurisano, A;
- Aushev, V;
- Autiero, D;
- Lara, V Ayala;
- Ayala-Torres, M;
- Azfar, F;
- Back, A;
- Back, H;
- Back, JJ;
- Backhouse, C;
- Bagaturia, I;
- Bagby, L;
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- Balasubramanian, S;
- Baldi, P;
- Baller, B;
- Bambah, B;
- Barao, F;
- Barenboim, G;
- Alzas, P Barham;
- Barker, G;
- Barkhouse, W;
- Barnes, C;
- Barr, G;
- Monarca, J Barranco;
- Barros, A;
- Barros, N;
- Barrow, JL;
- Basharina-Freshville, A;
- Bashyal, A;
- Basque, V;
- Batchelor, C;
- Chagas, E Batista das;
- Battat, JBR;
- Battisti, F;
- Bay, F;
- Bazetto, MCQ;
- Alba, JLL Bazo;
- Beacom, JF;
- Bechetoille, E;
- Behera, B;
- Beigbeder, C;
- Bellantoni, L;
- Bellettini, G;
- Bellini, V;
- Beltramello, O;
- Benekos, N;
- Montiel, C Benitez;
- Neves, F Bento;
- Berger, J;
- Berkman, S;
- Bernardini, P;
- Berner, RM;
- Bersani, A;
- Bertolucci, S;
- Betancourt, M;
- Rodríguez, A Betancur;
- Bevan, A;
- Bezawada, Y;
- Bezerra, TJC;
- Bhardwaj, A;
- Bhatnagar, V;
- Bhattacharjee, M;
- Bhattarai, D;
- Bhuller, S;
- Bhuyan, B;
- Biagi, S;
- Bian, J;
- Biassoni, M;
- Biery, K;
- Bilki, B;
- Bishai, M;
- Bitadze, A;
- Blake, A;
- Blaszczyk, F;
- Blazey, GC;
- Blucher, E;
- Boissevain, J;
- Bolognesi, S;
- Bolton, T;
- Bomben, L;
- Bonesini, M;
- Bongrand, M;
- Bonilla-Diaz, C;
- Bonini, F;
- Booth, A;
- Boran, F;
- Bordoni, S;
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- Bour, P;
- Bourgeois, C;
- Boyden, D;
- Bracinik, J;
- Braga, D;
- Brailsford, D;
- Branca, A;
- Brandt, A;
- Bremer, J;
- Breton, D;
- Brew, C;
- Brice, SJ;
- Brizzolari, C;
- Bromberg, C;
- Brooke, J;
- Bross, A;
- Brunetti, G;
- Brunetti, M;
- Buchanan, N;
- Budd, H;
- Butorov, I;
- Cagnoli, I;
- Cai, T;
- Caiulo, D;
- Calabrese, R;
- Calafiura, P;
- Calcutt, J;
- Calin, M;
- Calvez, S;
- Calvo, E;
- Caminata, A;
- Campanelli, M;
- Caratelli, D;
- Carber, D;
- Carceller, JC;
- Carini, G;
- Carlus, B;
- Carneiro, MF;
- Carniti, P;
- Terrazas, I Caro;
- Carranza, H;
- Carroll, T;
- Forero, JF Castaño;
- Castillo, A;
- Castromonte, C;
- Catano-Mur, E;
- Cattadori, C;
- Cavalier, F;
- Cavallaro, G;
- Cavanna, F;
- Centro, S;
- Cerati, G;
- Cervelli, A;
- Villanueva, A Cervera;
- Chalifour, M;
- Chappell, A;
- Chardonnet, E;
- Charitonidis, N;
- Chatterjee, A;
- Chattopadhyay, S;
- Neyra, MSS Chavarry;
- Chen, H;
- Chen, M;
- Chen, Y;
- Chen, Z;
- Chen-Wishart, Z;
- Cheon, Y;
- Cherdack, D;
- Chi, C;
- Childress, S;
- Chirco, R;
- Chiriacescu, A;
- Chisnall, G;
- Cho, K;
- Choate, S;
- Chokheli, D;
- Chong, PS;
- Christensen, A;
- Christian, D;
- Christodoulou, G;
- Chukanov, A;
- Chung, M;
- Church, E;
- Cicero, V;
- Clarke, P;
- Cline, G;
- Coan, TE;
- Cocco, AG;
- Coelho, JAB;
- Colton, N;
- Conley, E;
- Conley, R;
- Conrad, J;
- Convery, M;
- Copello, S;
- Cova, P;
- Cremaldi, L;
- Cremonesi, L;
- Crespo-Anadón, JI;
- Crisler, M;
- Cristaldo, E;
- Crnkovic, J;
- Cross, R;
- Cudd, A;
- Cuesta, C;
- Cui, Y;
- Cussans, D;
- Dalager, O;
- da Motta, H;
- Da Silva Peres, L;
- David, C;
- David, Q;
- Davies, GS;
- Davini, S;
- Dawson, J;
- De, K;
- De, S;
- Debbins, P;
- De Bonis, I;
- Decowski, MP;
- De Gouvêa, A;
- De Holanda, PC;
- De Icaza Astiz, IL;
- Deisting, A;
- De Jong, P;
- Delbart, A;
- Delepine, D;
- Delgado, M;
- Dell’Acqua, A;
- Delmonte, N;
- De Lurgio, P;
- de Mello Neto, JRT;
- DeMuth, DM;
- Dennis, S;
- Densham, C;
- Deptuch, GW;
- De Roeck, A;
- De Romeri, V;
- De Souza, G;
- Devi, R;
- Dharmapalan, R;
- Dias, M;
- Diaz, F;
- Díaz, JS;
- Domizio, S Di;
- Giulio, L Di;
- Ding, P;
- Noto, L Di;
- Dirkx, G;
- Distefano, C;
- Diurba, R;
- Diwan, M;
- Djurcic, Z;
- Doering, D;
- Dolan, S;
- Dolek, F;
- Dolinski, M;
- Domine, L;
- Donon, Y;
- Douglas, D;
- Douillet, D;
- Dragone, A;
- Drake, G;
- Drielsma, F;
- Duarte, L;
- Duchesneau, D;
- Duffy, K;
- Dunne, P;
- Dutta, B;
- Duyang, H;
- Dvornikov, O;
- Dwyer, D;
- Dyshkant, A;
- Eads, M;
- Earle, A;
- Edmunds, D;
- Eisch, J;
- Emberger, L;
- Emery, S;
- Englezos, P;
- Ereditato, A;
- Erjavec, T;
- Escobar, C;
- Eurin, G;
- Evans, JJ;
- Ewart, E;
- Ezeribe, AC;
- Fahey, K;
- Falcone, A;
- Fani’, M;
- Farnese, C;
- Farzan, Y;
- Fedoseev, D;
- Felix, J;
- Feng, Y;
- Fernandez-Martinez, E;
- Menendez, P Fernandez;
- Morales, M Fernandez;
- Ferraro, F;
- Fields, L;
- Filip, P;
- Filthaut, F;
- Fiorini, M;
- Fischer, V;
- Fitzpatrick, RS;
- Flanagan, W;
- Fleming, B;
- Flight, R;
- Fogarty, S;
- Foreman, W;
- Fowler, J;
- Fox, W;
- Franc, J;
- Francis, K;
- Franco, D;
- Freeman, J;
- Freestone, J;
- Fried, J;
- Friedland, A;
- Robayo, F Fuentes;
- Fuess, S;
- Furic, IK;
- Furman, K;
- Furmanski, AP;
- Gabrielli, A;
- Gago, A;
- Gallagher, H;
- Gallas, A;
- Gallego-Ros, A;
- Gallice, N;
- Galymov, V;
- Gamberini, E;
- Gamble, T;
- Ganacim, F;
- Gandhi, R;
- Gandrajula, R;
- Gao, F;
- Gao, S;
- Garcia-Gamez, D;
- García-Peris, MÁ;
- Gardiner, S;
- Gastler, D;
- Gauvreau, J;
- Ge, G;
- Geffroy, N;
- Gelli, B;
- Gendotti, A;
- Gent, S;
- Ghorbani-Moghaddam, Z;
- Giammaria, P;
- Giammaria, T;
- Giangiacomi, N;
- Gibin, D;
- Gil-Botella, I;
- Gilligan, S;
- Girerd, C;
- Giri, AK;
- Gnani, D;
- Gogota, O;
- Gold, M;
- Gollapinni, S;
- Gollwitzer, K;
- Gomes, RA;
- Bermeo, LV Gomez;
- Fajardo, LS Gomez;
- Gonnella, F;
- Gonzalez-Diaz, D;
- Gonzalez-Lopez, M;
- Goodman, MC;
- Goodwin, O;
- Goswami, S;
- Gotti, C;
- Goudzovski, E;
- Grace, C;
- Gran, R;
- Granados, E;
- Granger, P;
- Grant, A;
- Grant, C;
- Gratieri, D;
- Green, P;
- Greenler, L;
- Greer, J;
- Grenard, J;
- Griffith, WC;
- Groh, M;
- Grudzinski, J;
- Grzelak, K;
- Gu, W;
- Guardincerri, E;
- Guarino, V;
- Guarise, M;
- Guenette, R;
- Guerard, E;
- Guerzoni, M;
- Guffanti, D;
- Guglielmi, A;
- Guo, B;
- Gupta, A;
- Gupta, V;
- Guthikonda, KK;
- Gutierrez, R;
- Guzowski, P;
- Guzzo, MM;
- Gwon, S;
- Ha, C;
- Haaf, K;
- Habig, A;
- Hadavand, H;
- Haenni, R;
- Hahn, A;
- Haiston, J;
- Hamacher-Baumann, P;
- Hamernik, T;
- Hamilton, P;
- Han, J;
- Harris, DA;
- Hartnell, J;
- Hartnett, T;
- Harton, J;
- Hasegawa, T;
- Hasnip, C;
- Hatcher, R;
- Hatfield, KW;
- Hatzikoutelis, A;
- Hayes, C;
- Hayrapetyan, K;
- Hays, J;
- Hazen, E;
- He, M;
- Heavey, A;
- Heeger, KM;
- Heise, J;
- Henry, S;
- Morquecho, MA Hernandez;
- Herner, K;
- Hewes, J;
- Hilgenberg, C;
- Hill, T;
- Hillier, SJ;
- Himmel, A;
- Hinkle, E;
- Hirsch, LR;
- Ho, J;
- Hoff, J;
- Holin, A;
- Hoppe, E;
- Horton-Smith, GA;
- Hostert, M;
- Hourlier, A;
- Howard, B;
- Howell, R;
- Hoyos, J;
- Hristova, I;
- Hronek, MS;
- Huang, J;
- Hulcher, Z;
- Iles, G;
- Ilic, N;
- Iliescu, AM;
- Illingworth, R;
- Ingratta, G;
- Ioannisian, A;
- Irwin, B;
- Isenhower, L;
- Itay, R;
- Jackson, CM;
- Jain, V;
- James, E;
- Jang, W;
- Jargowsky, B;
- Jediny, F;
- Jena, D;
- Jeong, YS;
- Jesús-Valls, C;
- Ji, X;
- Jiang, L;
- Jiménez, S;
- Jipa, A;
- Johnson, R;
- Johnson, W;
- Johnston, N;
- Jones, B;
- Jones, S;
- Judah, M;
- Jung, CK;
- Junk, T;
- Jwa, Y;
- Kabirnezhad, M;
- Kaboth, A;
- Kadenko, I;
- Kakorin, I;
- Kalitkina, A;
- Kalra, D;
- Kamiya, F;
- Kaneshige, N;
- Kaplan, DM;
- Karagiorgi, G;
- Karaman, G;
- Karcher, A;
- Karolak, M;
- Karyotakis, Y;
- Kasai, S;
- Kasetti, SP;
- Kashur, L;
- Kazaryan, N;
- Kearns, E;
- Keener, P;
- Kelly, KJ;
- Kemp, E;
- Kemularia, O;
- Ketchum, W;
- Kettell, SH;
- Khabibullin, M;
- Khotjantsev, A;
- Khvedelidze, A;
- Kim, D;
- King, B;
- Kirby, B;
- Kirby, M;
- Klein, J;
- Klustova, A;
- Kobilarcik, T;
- Koehler, K;
- Koerner, LW;
- Koh, DH;
- Kohn, S;
- Koller, PP;
- Kolupaeva, L;
- Korablev, D;
- Kordosky, M;
- Kosc, T;
- Kose, U;
- Kostelecký, VA;
- Kothekar, K;
- Kralik, R;
- Kreczko, L;
- Krennrich, F;
- Kreslo, I;
- Kropp, W;
- Kroupova, T;
- Kubota, S;
- Kudenko, Y;
- Kudryavtsev, VA;
- Kulagin, S;
- Kumar, J;
- Kumar, P;
- Kunze, P;
- Kurita, N;
- Kuruppu, C;
- Kus, V;
- Kutter, T;
- Kvasnicka, J;
- Kwak, D;
- Lambert, A;
- Land, B;
- Lane, CE;
- Lang, K;
- Langford, T;
- Langstaff, M;
- Larkin, J;
- Lasorak, P;
- Last, D;
- Laundrie, A;
- Laurenti, G;
- Lawrence, A;
- Lazanu, I;
- LaZur, R;
- Lazzaroni, M;
- Le, T;
- Leardini, S;
- Learned, J;
- LeBrun, P;
- LeCompte, T;
- Lee, C;
- Lee, SY;
- Miotto, G Lehmann;
- Lehnert, R;
- de Oliveira, MA Leigui;
- Leitner, M;
- Lepin, LM;
- Li, SW;
- Li, Y;
- Liao, H;
- Lin, CS;
- Lin, Q;
- Lin, S;
- Lineros, RA;
- Ling, J;
- Lister, A;
- Littlejohn, BR;
- Liu, J;
- Liu, Y;
- Lockwitz, S;
- Loew, T;
- Lokajicek, M;
- Lomidze, I;
- Long, K;
- Lord, T;
- LoSecco, JM;
- Louis, WC;
- Lu, X-G;
- Luk, KB;
- Lunday, B;
- Luo, X;
- Luppi, E;
- Lux, T;
- Luzio, VP;
- Maalmi, J;
- MacFarlane, D;
- Machado, AA;
- Machado, P;
- Macias, CT;
- Macier, JR;
- Maddalena, A;
- Madera, A;
- Madigan, P;
- Magill, S;
- Mahn, K;
- Maio, A;
- Major, A;
- Maloney, JA;
- Mandrioli, G;
- Mandujano, RC;
- Maneira, J;
- Manenti, L;
- Manly, S;
- Mann, A;
- Manolopoulos, K;
- Plata, M Manrique;
- Manyam, VN;
- Manzanillas, L;
- Marchan, M;
- Marchionni, A;
- Marciano, W;
- Marfatia, D;
- Mariani, C;
- Maricic, J;
- Marie, R;
- Marinho, F;
- Marino, AD;
- Marsden, D;
- Marshak, M;
- Marshall, C;
- Marshall, J;
- Marteau, J;
- Martín-Albo, J;
- Martinez, N;
- Caicedo, DA Martinez;
- Miravé, P Martínez;
- Martynenko, S;
- Mascagna, V;
- Mason, K;
- Mastbaum, A;
- Matichard, F;
- Matsuno, S;
- Matthews, J;
- Mauger, C;
- Mauri, N;
- Mavrokoridis, K;
- Mawby, I;
- Mazza, R;
- Mazzacane, A;
- Mazzucato, E;
- McAskill, T;
- McCluskey, E;
- McConkey, N;
- McFarland, KS;
- McGrew, C;
- McNab, A;
- Mefodiev, A;
- Mehta, P;
- Melas, P;
- Mena, O;
- Mendez, H;
- Mendez, P;
- Méndez, DP;
- Menegolli, A;
- Meng, G;
- Messier, MD;
- Metcalf, W;
- Mettler, T;
- Mewes, M;
- Meyer, H;
- Miao, T;
- Michna, G;
- Miedema, T;
- Mikola, V;
- Milincic, R;
- Miller, G;
- Miller, W;
- Mills, J;
- Mineev, O;
- Minotti, A;
- Miranda, OG;
- Miryala, S;
- Mishra, CS;
- Mishra, SR;
- Mislivec, A;
- Mitchell, M;
- Mladenov, D;
- Mocioiu, I;
- Moffat, K;
- Moggi, N;
- Mohanta, R;
- Mohayai, TA;
- Mokhov, N;
- Molina, J;
- Bueno, L Molina;
- Montagna, E;
- Montanari, A;
- Montanari, C;
- Montanari, D;
- Zetina, LM Montañno;
- Moon, SH;
- Mooney, M;
- Moor, AF;
- Moreno, D;
- Moretti, D;
- Morris, C;
- Mossey, C;
- Mote, M;
- Motuk, E;
- Moura, CA;
- Mousseau, J;
- Mouster, G;
- Mu, W;
- Mualem, L;
- Mueller, J;
- Muether, M;
- Mufson, S;
- Muheim, F;
- Muir, A;
- Mulhearn, M;
- Munford, D;
- Muramatsu, H;
- Murphy, S;
- Musser, J;
- Nachtman, J;
- Nagu, S;
- Nalbandyan, M;
- Nandakumar, R;
- Naples, D;
- Narita, S;
- Nath, A;
- Navrer-Agasson, A;
- Nayak, N;
- Nebot-Guinot, M;
- Negishi, K;
- Nelson, JK;
- Nesbit, J;
- Nessi, M;
- Newbold, D;
- Newcomer, M;
- Newton, H;
- Nichol, R;
- Nicolas-Arnaldos, F;
- Nikolica, A;
- Niner, E;
- Nishimura, K;
- Norman, A;
- Norrick, A;
- Northrop, R;
- Novella, P;
- Nowak, JA;
- Oberling, M;
- Ochoa-Ricoux, J;
- Olivier, A;
- Olshevskiy, A;
- Onel, Y;
- Onishchuk, Y;
- Ott, J;
- Pagani, L;
- Palacio, G;
- Palamara, O;
- Palestini, S;
- Paley, JM;
- Pallavicini, M;
- Palomares, C;
- Vazquez, W Panduro;
- Pantic, E;
- Paolone, V;
- Papadimitriou, V;
- Papaleo, R;
- Papanestis, A;
- Paramesvaran, S;
- Parke, S;
- Parozzi, E;
- Parsa, Z;
- Parvu, M;
- Pascoli, S;
- Pasqualini, L;
- Pasternak, J;
- Pater, J;
- Patrick, C;
- Patrizii, L;
- Patterson, RB;
- Patton, SJ;
- Patzak, T;
- Paudel, A;
- Paulos, B;
- Paulucci, L;
- Pavlovic, Z;
- Pawloski, G;
- Payne, D;
- Pec, V;
- Peeters, SJM;
- Perez, A Pena;
- Pennacchio, E;
- Penzo, A;
- Peres, OLG;
- Perry, J;
- Pershey, D;
- Pessina, G;
- Petrillo, G;
- Petta, C;
- Petti, R;
- Pia, V;
- Piastra, F;
- Pickering, L;
- Pietropaolo, F;
- Pimentel, VL;
- Pinaroli, G;
- Plows, K;
- Plunkett, R;
- Poling, R;
- Pompa, F;
- Pons, X;
- Poonthottathil, N;
- Poppi, F;
- Pordes, S;
- Porter, J;
- Potekhin, M;
- Potenza, R;
- Potukuchi, BVKS;
- Pozimski, J;
- Pozzato, M;
- Prakash, S;
- Prakash, T;
- Prest, M;
- Prince, S;
- Psihas, F;
- Pugnere, D;
- Qian, X;
- Raaf, JL;
- Radeka, V;
- Rademacker, J;
- Radics, B;
- Rafique, A;
- Raguzin, E;
- Rai, M;
- Rajaoalisoa, M;
- Rakhno, I;
- Rakotonandrasana, A;
- Rakotondravohitra, L;
- Rameika, R;
- Delgado, MA Ramirez;
- Ramson, B;
- Rappoldi, A;
- Raselli, G;
- Ratoff, P;
- Raut, S;
- Razakamiandra, RF;
- Rea, EM;
- Real, JS;
- Rebel, B;
- Rechenmacher, R;
- Reggiani-Guzzo, M;
- Reichenbacher, J;
- Reitzner, SD;
- Sfar, H Rejeb;
- Renshaw, A;
- Rescia, S;
- Resnati, F;
- Ribas, M;
- Riboldi, S;
- Riccio, C;
- Riccobene, G;
- Rice, LCJ;
- Ricol, JS;
- Rigamonti, A;
- Rigaut, Y;
- Rincón, EV;
- Ritchie-Yates, H;
- Rivera, D;
- Robert, A;
- Rochester, L;
- Roda, M;
- Rodrigues, P;
- Alonso, MJ Rodriguez;
- Bonilla, E Rodriguez;
- Rondon, J Rodriguez;
- Rosauro-Alcaraz, S;
- Rosenberg, M;
- Rosier, P;
- Roskovec, B;
- Rossella, M;
- Rossi, M;
- Rout, J;
- Roy, P;
- Rubbia, A;
- Rubbia, C;
- Russell, B;
- Ruterbories, D;
- Rybnikov, A;
- Saa-Hernandez, A;
- Saakyan, R;
- Sacerdoti, S;
- Safford, T;
- Sahu, N;
- Sakashita, K;
- Sala, P;
- Samios, N;
- Samoylov, O;
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Published Web Location
https://doi.org/10.1140/epjc/s10052-022-10549-wAbstract
DUNE is a dual-site experiment for long-baseline neutrino oscillation studies, neutrino astrophysics and nucleon decay searches. ProtoDUNE Dual Phase (DP) is a 6 × 6 × 6 m 3 liquid argon time-projection-chamber (LArTPC) that recorded cosmic-muon data at the CERN Neutrino Platform in 2019-2020 as a prototype of the DUNE Far Detector. Charged particles propagating through the LArTPC produce ionization and scintillation light. The scintillation light signal in these detectors can provide the trigger for non-beam events. In addition, it adds precise timing capabilities and improves the calorimetry measurements. In ProtoDUNE-DP, scintillation and electroluminescence light produced by cosmic muons in the LArTPC is collected by photomultiplier tubes placed up to 7 m away from the ionizing track. In this paper, the ProtoDUNE-DP photon detection system performance is evaluated with a particular focus on the different wavelength shifters, such as PEN and TPB, and the use of Xe-doped LAr, considering its future use in giant LArTPCs. The scintillation light production and propagation processes are analyzed and a comparison of simulation to data is performed, improving understanding of the liquid argon properties.
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