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  1. Article: Multileaf collimator interleaf transmission.

    Balog, J P / Mackie, T R / Wenman, D L / Glass, M / Fang, G / Pearson, D

    Medical physics

    1999  Volume 26, Issue 2, Page(s) 176–186

    Abstract: Multileaf collimators (MLCs) have advanced past their original design purpose as a replacement for field shaping cerrobend blocks. Typically, MLCs incorporate an interlocking tongue-and-groove design between adjacent leaves to minimize leakage between ... ...

    Abstract Multileaf collimators (MLCs) have advanced past their original design purpose as a replacement for field shaping cerrobend blocks. Typically, MLCs incorporate an interlocking tongue-and-groove design between adjacent leaves to minimize leakage between leaves. They are beginning to be used to provide intensity modulation for conformal three-dimensional radiation therapy. It is possible that a critical target volume may receive an underdose due to the region of overlap if adjacent leaves are allowed to alternate between the open and closed positions, as they might if intensity modulation is employed. This work demonstrates the magnitude of that effect for a commercially available one-dimensional temporally modulated MLC. The magnitude of the transmission between leaves as a function of leaf separation was also studied, as well as the transmission as a function of leaf rotation away from the source. The results of this work were used for the design of a tomotherapy MLC. The radiation leakage considerations for a tomotherapy MLC are discussed.
    MeSH term(s) Computer Simulation ; Dose-Response Relationship, Radiation ; Humans ; Monte Carlo Method ; Radiation Monitoring ; Radiotherapy Dosage ; Radiotherapy, Conformal/instrumentation ; Radiotherapy, High-Energy/instrumentation
    Language English
    Publishing date 1999-02
    Publishing country United States
    Document type Journal Article ; Research Support, Non-U.S. Gov't ; Research Support, U.S. Gov't, P.H.S.
    ZDB-ID 188780-4
    ISSN 0094-2405
    ISSN 0094-2405
    DOI 10.1118/1.598501
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  2. Book ; Online: Design and performance of a 35-ton liquid argon time projection chamber as a prototype for future very large detectors

    Adams, D. L. / Baird, M. / Barr, G. / Barros, N. / Blake, A. / Blaufuss, E. / Booth, A. / Brailsford, D. / Buchanan, N. / Carls, B. / Chen, H. / Convery, M. / De Geronimo, G. / Dealtry, T. / Dharmapalan, R. / Djurcic, Z. / Fowler, J. / Glavin, S. / Gomes, R. A. /
    Goodman, M. C. / Graham, M. / Greenler, L. / Hahn, A. / Hartnell, J. / Herbst, R. / Higuera, A. / Himmel, A. / Insler, J. / Jacobsen, J. / Junk, T. / Kirby, B. / Klein, J. / Kudryavtsev, V. A. / Kutter, T. / Li, Y. / Li, X. / Lin, S. / McConkey, N. / Moura, C. A. / Mufson, S. / Nambiar, N. / Nowak, J. / Nunes, M. / Paulos, R. / Qian, X. / Rodrigues, O. / Sands, W. / Santucci, G. / Sharma, R. / Sinev, G. / Spooner, N. J. C. / Stancu, I. / Stefan, D. / Stewart, J. / Stock, J. / Strauss, T. / Sulej, R. / Sun, Y. / Thiesse, M. / Thompson, L. F. / Tsai, Y. T. / Van Berg, R. / Vieira, T. / Wallbank, M. / Wang, H. / Wang, Y. / Warburton, T. K. / Wenman, D. / Whittington, D. / Wilson, R. J. / Worcester, M. / Yang, T. / Yu, B. / Zhang, C.

    2019  

    Abstract: Liquid argon time projection chamber technology is an attractive choice for large neutrino detectors, as it provides a high-resolution active target and it is expected to be scalable to very large masses. Consequently, it has been chosen as the ... ...

    Abstract Liquid argon time projection chamber technology is an attractive choice for large neutrino detectors, as it provides a high-resolution active target and it is expected to be scalable to very large masses. Consequently, it has been chosen as the technology for the first module of the DUNE far detector. However, the fiducial mass required for "far detectors" of the next generation of neutrino oscillation experiments far exceeds what has been demonstrated so far. Scaling to this larger mass, as well as the requirement for underground construction places a number of additional constraints on the design. A prototype 35-ton cryostat was built at Fermi National Acccelerator Laboratory to test the functionality of the components foreseen to be used in a very large far detector. The Phase I run, completed in early 2014, demonstrated that liquid argon could be maintained at sufficient purity in a membrane cryostat. A time projection chamber was installed for the Phase II run, which collected data in February and March of 2016. The Phase II run was a test of the modular anode plane assemblies with wrapped wires, cold readout electronics, and integrated photon detection systems. While the details of the design do not match exactly those chosen for the DUNE far detector, the 35-ton TPC prototype is a demonstration of the functionality of the basic components. Measurements are performed using the Phase II data to extract signal and noise characteristics and to align the detector components. A measurement of the electron lifetime is presented, and a novel technique for measuring a track's position based on pulse properties is described.

    Comment: 28 pages, 12 figures, accepted by JINST
    Keywords Physics - Instrumentation and Detectors
    Subject code 621
    Publishing date 2019-12-18
    Publishing country us
    Document type Book ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  3. Article: Registration using tomographic projection files.

    Fitchard, E E / Aldridge, J S / Ruchala, K / Fang, G / Balog, J / Pearson, D W / Olivera, G H / Schloesser, E A / Wenman, D / Reckwerdt, P J / Mackie, T R

    Physics in medicine and biology

    1999  Volume 44, Issue 2, Page(s) 495–507

    Abstract: An algorithm has been developed and experimentally verified for tomographic registration--a patient positioning method using internal anatomy and standard external fiducial marks. This algorithm improves patient set-up and verification to an accuracy ... ...

    Abstract An algorithm has been developed and experimentally verified for tomographic registration--a patient positioning method using internal anatomy and standard external fiducial marks. This algorithm improves patient set-up and verification to an accuracy sufficient for tomotherapy. By implementation of this technique, the time-consuming reconstruction process is avoided. Instead, offsets in the x, y and z directions are determined directly from sinogram data by an algorithm that utilizes cross-correlations and Fourier transforms. To verify the efficiency and stability of the algorithm, data were collected on the University of Wisconsin's dedicated tomotherapy research workbench. The experiment indicates offset statistical errors of less than +/-0.8 mm for offsets up to 30 mm. With standard clinical techniques, initial patient offsets are expected to be less than 5 mm, so the 30 mm limitation is of no consequence. The angular resolution for the direction of patient translation is within the +/-2 degrees needed for tomotherapy.
    MeSH term(s) Algorithms ; Equipment Design ; Fourier Analysis ; Humans ; Models, Theoretical ; Phantoms, Imaging ; Posture ; Radiotherapy Planning, Computer-Assisted/instrumentation ; Radiotherapy Planning, Computer-Assisted/methods ; Reproducibility of Results ; Tomography, X-Ray Computed/instrumentation ; Tomography, X-Ray Computed/methods ; Water
    Chemical Substances Water (059QF0KO0R)
    Language English
    Publishing date 1999-02
    Publishing country England
    Document type Journal Article ; Research Support, Non-U.S. Gov't ; Research Support, U.S. Gov't, P.H.S.
    ZDB-ID 208857-5
    ISSN 1361-6560 ; 0031-9155
    ISSN (online) 1361-6560
    ISSN 0031-9155
    DOI 10.1088/0031-9155/44/2/015
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  4. Article: Scintillation light detection in the 6-m drift-length ProtoDUNE Dual Phase liquid argon TPC.

    Abud, A Abed / Abi, B / Acciarri, R / Acero, M A / Adames, M R / 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, L O / Arroyave, M A / Asaadi, J / Asquith, L / Aurisano, A / Aushev, V / Autiero, D / Lara, V Ayala / Ayala-Torres, M / Azfar, F / Back, A / Back, H / Back, J J / Backhouse, C / Bagaturia, I / Bagby, L / Balashov, N / 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, J L / Basharina-Freshville, A / Bashyal, A / Basque, V / Batchelor, C / Chagas, E Batista das / Battat, J B R / Battisti, F / Bay, F / Bazetto, M C Q / Alba, J L L Bazo / Beacom, J F / 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, R M / Bersani, A / Bertolucci, S / Betancourt, M / Rodríguez, A Betancur / Bevan, A / Bezawada, Y / Bezerra, T J C / 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, G C / 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 / Borkum, A / Bostan, N / Bour, P / Bourgeois, C / Boyden, D / Bracinik, J / Braga, D / Brailsford, D / Branca, A / Brandt, A / Bremer, J / Breton, D / Brew, C / Brice, S J / 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, J C / Carini, G / Carlus, B / Carneiro, M F / Carniti, P / Terrazas, I Caro / Carranza, H / Carroll, T / Forero, J F 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, M S S 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, P S / Christensen, A / Christian, D / Christodoulou, G / Chukanov, A / Chung, M / Church, E / Cicero, V / Clarke, P / Cline, G / Coan, T E / Cocco, A G / Coelho, J A B / Colton, N / Conley, E / Conley, R / Conrad, J / Convery, M / Copello, S / Cova, P / Cremaldi, L / Cremonesi, L / Crespo-Anadón, J I / 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, G S / Davini, S / Dawson, J / De, K / De, S / Debbins, P / De Bonis, I / Decowski, M P / De Gouvêa, A / De Holanda, P C / De Icaza Astiz, I L / Deisting, A / De Jong, P / Delbart, A / Delepine, D / Delgado, M / Dell'Acqua, A / Delmonte, N / De Lurgio, P / de Mello Neto, J R T / DeMuth, D M / Dennis, S / Densham, C / Deptuch, G W / De Roeck, A / De Romeri, V / De Souza, G / Devi, R / Dharmapalan, R / Dias, M / Diaz, F / Díaz, J S / 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, J J / Ewart, E / Ezeribe, A C / 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, R S / 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, I K / Furman, K / Furmanski, A P / 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, M Á / 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, A K / Gnani, D / Gogota, O / Gold, M / Gollapinni, S / Gollwitzer, K / Gomes, R A / Bermeo, L V Gomez / Fajardo, L S Gomez / Gonnella, F / Gonzalez-Diaz, D / Gonzalez-Lopez, M / Goodman, M C / 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, W C / 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, K K / Gutierrez, R / Guzowski, P / Guzzo, M M / 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, D A / Hartnell, J / Hartnett, T / Harton, J / Hasegawa, T / Hasnip, C / Hatcher, R / Hatfield, K W / Hatzikoutelis, A / Hayes, C / Hayrapetyan, K / Hays, J / Hazen, E / He, M / Heavey, A / Heeger, K M / Heise, J / Henry, S / Morquecho, M A Hernandez / Herner, K / Hewes, J / Hilgenberg, C / Hill, T / Hillier, S J / Himmel, A / Hinkle, E / Hirsch, L R / Ho, J / Hoff, J / Holin, A / Hoppe, E / Horton-Smith, G A / Hostert, M / Hourlier, A / Howard, B / Howell, R / Hoyos, J / Hristova, I / Hronek, M S / Huang, J / Hulcher, Z / Iles, G / Ilic, N / Iliescu, A M / Illingworth, R / Ingratta, G / Ioannisian, A / Irwin, B / Isenhower, L / Itay, R / Jackson, C M / Jain, V / James, E / Jang, W / Jargowsky, B / Jediny, F / Jena, D / Jeong, Y S / Jesús-Valls, C / Ji, X / Jiang, L / Jiménez, S / Jipa, A / Johnson, R / Johnson, W / Johnston, N / Jones, B / Jones, S / Judah, M / Jung, C K / Junk, T / Jwa, Y / Kabirnezhad, M / Kaboth, A / Kadenko, I / Kakorin, I / Kalitkina, A / Kalra, D / Kamiya, F / Kaneshige, N / Kaplan, D M / Karagiorgi, G / Karaman, G / Karcher, A / Karolak, M / Karyotakis, Y / Kasai, S / Kasetti, S P / Kashur, L / Kazaryan, N / Kearns, E / Keener, P / Kelly, K J / Kemp, E / Kemularia, O / Ketchum, W / Kettell, S H / Khabibullin, M / Khotjantsev, A / Khvedelidze, A / Kim, D / King, B / Kirby, B / Kirby, M / Klein, J / Klustova, A / Kobilarcik, T / Koehler, K / Koerner, L W / Koh, D H / Kohn, S / Koller, P P / Kolupaeva, L / Korablev, D / Kordosky, M / Kosc, T / Kose, U / Kostelecký, V A / Kothekar, K / Kralik, R / Kreczko, L / Krennrich, F / Kreslo, I / Kropp, W / Kroupova, T / Kubota, S / Kudenko, Y / Kudryavtsev, V A / 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, C E / 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, S Y / Miotto, G Lehmann / Lehnert, R / de Oliveira, M A Leigui / Leitner, M / Lepin, L M / Li, S W / Li, Y / Liao, H / Lin, C S / Lin, Q / Lin, S / Lineros, R A / Ling, J / Lister, A / Littlejohn, B R / Liu, J / Liu, Y / Lockwitz, S / Loew, T / Lokajicek, M / Lomidze, I / Long, K / Lord, T / LoSecco, J M / Louis, W C / Lu, X-G / Luk, K B / Lunday, B / Luo, X / Luppi, E / Lux, T / Luzio, V P / Maalmi, J / MacFarlane, D / Machado, A A / Machado, P / Macias, C T / Macier, J R / Maddalena, A / Madera, A / Madigan, P / Magill, S / Mahn, K / Maio, A / Major, A / Maloney, J A / Mandrioli, G / Mandujano, R C / Maneira, J / Manenti, L / Manly, S / Mann, A / Manolopoulos, K / Plata, M Manrique / Manyam, V N / Manzanillas, L / Marchan, M / Marchionni, A / Marciano, W / Marfatia, D / Mariani, C / Maricic, J / Marie, R / Marinho, F / Marino, A D / Marsden, D / Marshak, M / Marshall, C / Marshall, J / Marteau, J / Martín-Albo, J / Martinez, N / Caicedo, D A 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, K S / McGrew, C / McNab, A / Mefodiev, A / Mehta, P / Melas, P / Mena, O / Mendez, H / Mendez, P / Méndez, D P / Menegolli, A / Meng, G / Messier, M D / 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, O G / Miryala, S / Mishra, C S / Mishra, S R / Mislivec, A / Mitchell, M / Mladenov, D / Mocioiu, I / Moffat, K / Moggi, N / Mohanta, R / Mohayai, T A / Mokhov, N / Molina, J / Bueno, L Molina / Montagna, E / Montanari, A / Montanari, C / Montanari, D / Zetina, L M Montañno / Moon, S H / Mooney, M / Moor, A F / Moreno, D / Moretti, D / Morris, C / Mossey, C / Mote, M / Motuk, E / Moura, C A / 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, J K / 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, J A / Oberling, M / Ochoa-Ricoux, J / Olivier, A / Olshevskiy, A / Onel, Y / Onishchuk, Y / Ott, J / Pagani, L / Palacio, G / Palamara, O / Palestini, S / Paley, J M / 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, R B / Patton, S J / Patzak, T / Paudel, A / Paulos, B / Paulucci, L / Pavlovic, Z / Pawloski, G / Payne, D / Pec, V / Peeters, S J M / Perez, A Pena / Pennacchio, E / Penzo, A / Peres, O L G / Perry, J / Pershey, D / Pessina, G / Petrillo, G / Petta, C / Petti, R / Pia, V / Piastra, F / Pickering, L / Pietropaolo, F / Pimentel, V L / 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, B V K S / Pozimski, J / Pozzato, M / Prakash, S / Prakash, T / Prest, M / Prince, S / Psihas, F / Pugnere, D / Qian, X / Raaf, J L / Radeka, V / Rademacker, J / Radics, B / Rafique, A / Raguzin, E / Rai, M / Rajaoalisoa, M / Rakhno, I / Rakotonandrasana, A / Rakotondravohitra, L / Rameika, R / Delgado, M A Ramirez / Ramson, B / Rappoldi, A / Raselli, G / Ratoff, P / Raut, S / Razakamiandra, R F / Rea, E M / Real, J S / Rebel, B / Rechenmacher, R / Reggiani-Guzzo, M / Reichenbacher, J / Reitzner, S D / Sfar, H Rejeb / Renshaw, A / Rescia, S / Resnati, F / Ribas, M / Riboldi, S / Riccio, C / Riccobene, G / Rice, L C J / Ricol, J S / Rigamonti, A / Rigaut, Y / Rincón, E V / Ritchie-Yates, H / Rivera, D / Robert, A / Rochester, L / Roda, M / Rodrigues, P / Alonso, M J 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 / Sanchez, M C / Sandberg, V / Sanders, D A / Sankey, D / Santana, S / Santos-Maldonado, M / Saoulidou, N / Sapienza, P / Sarasty, C / Sarcevic, I / Savage, G / Savinov, V / Scaramelli, A / Scarff, A / Scarpelli, A / Schefke, T / Schellman, H / Schifano, S / Schlabach, P / Schmitz, D / Schneider, A W / Scholberg, K / Schukraft, A / Segreto, E / Selyunin, A / Senise, C R / Sensenig, J / Sergi, A / Sgalaberna, D / Shaevitz, M H / Shafaq, S / Shaker, F / Shamma, M / Sharankova, R / Sharma, H R / Sharma, R / Sharma, R K / Shaw, T / Shchablo, K / Shepherd-Themistocleous, C / Sheshukov, A / Shin, S / Shoemaker, I / Shooltz, D / Shrock, R / Siegel, H / Simard, L / Sinclair, J / Sinev, G / Singh, J / Singh, L / Singh, P / Singh, V / Sipos, R / Sippach, F W / Sirri, G / Sitraka, A / Siyeon, K / Skarpaas, K / Smith, A / Smith, E / Smith, P / Smolik, J / Smy, M / Snider, E / Snopok, P / Snowden-Ifft, D / Nunes, M Soares / Sobel, H / Soderberg, M / Sokolov, S / Salinas, C J Solano / Söldner-Rembold, S / Soleti, S R / Solomey, N / Solovov, V / Sondheim, W E / Sorel, M / Sotnikov, A / Soto-Oton, J / Ugaldi, F A Soto / Sousa, A / Soustruznik, K / Spagliardi, F / Spanu, M / Spitz, J / Spooner, N J C / Spurgeon, K / Stancari, M / Stanco, L / Stanford, C / Stein, R / Steiner, H M / Lisbôa, A F Steklain / Stewart, J / Stillwell, B / Stock, J / Stocker, F / Stokes, T / Strait, M / Strauss, T / Strigari, L / Stuart, A / Suarez, J G / Sunción, J M Suárez / Sullivan, H / Summers, D / Surdo, A / Susic, V / Suter, L / Sutera, C M / Svoboda, R / Szczerbinska, B / Szelc, A M / Tanaka, H / Tang, S / Tapia, A / Oregui, B Tapia / Tapper, A / Tariq, S / Tarpara, E / Tata, N / Tatar, E / Tayloe, R / Teklu, A M / Tennessen, P / Tenti, M / Terao, K / Ternes, C A / Terranova, F / Testera, G / Thakore, T / Thea, A / Thompson, J L / Thorn, C / Timm, S C / Tishchenko, V / Tomassetti, L / Tonazzo, A / Torbunov, D / Torti, M / Tortola, M / Tortorici, F / Tosi, N / Totani, D / Toups, M / Touramanis, C / Travaglini, R / Trevor, J / Trilov, S / Trzaska, W H / Tsai, Y / Tsai, Y-T / Tsamalaidze, Z / Tsang, K V / Tsverava, N / Tufanli, S / Tull, C / Tyley, E / Tzanov, M / Uboldi, L / Uchida, M A / Urheim, J / Usher, T / Uzunyan, S / Vagins, M R / Vahle, P / Valder, S / Valdiviesso, G D A / Valencia, E / Valentim, R / Vallari, Z / Vallazza, E / Valle, J W F / Vallecorsa, S / Berg, R Van / de Water, R G Van / Forero, D Vanegas / Vannerom, D / Varanini, F / Oliva, D Vargas / Varner, G / Vasel, J / Vasina, S / Vasseur, G / Vaughan, N / Vaziri, K / Ventura, S / Verdugo, A / Vergani, S / Vermeulen, M A / Verzocchi, M / Vicenzi, M / de Souza, H Vieira / Vignoli, C / Vilela, C / Viren, B / Vrba, T / Wachala, T / Waldron, A V / Wallbank, M / Wallis, C / Wang, H / Wang, J / Wang, L / Wang, M H L S / Wang, X / Wang, Y / Warburton, K / Warner, D / Wascko, M O / Waters, D / Watson, A / Wawrowska, K / Weatherly, P / Weber, A / Weber, M / Wei, H / Weinstein, A / Wenman, D / Wetstein, M / White, A / Whitehead, L H / Whittington, D / Wilking, M J / Wilkinson, A / Wilkinson, C / Williams, Z / Wilson, F / Wilson, R J / Wisniewski, W / Wolcott, J / Wongjirad, T / Wood, A / Wood, K / Worcester, E / Worcester, M / Wresilo, K / Wret, C / Wu, W / Xiao, Y / Xie, F / Yaeggy, B / Yandel, E / Yang, G / Yang, K / Yang, T / Yankelevich, A / Yershov, N / Yonehara, K / Yoon, Y S / Young, T / Yu, B / Yu, H / Yu, J / Yu, Y / Yuan, W / Zaki, R / Zalesak, J / Zambelli, L / Zamorano, B / Zani, A / Zazueta, L / Zeller, G P / Zennamo, J / Zeug, K / Zhang, C / Zhang, S / Zhang, Y / Zhao, M / Zhivun, E / Zhu, G / Zimmerman, E D / Zucchelli, S / Zuklin, J / Zutshi, V / Zwaska, R

    The European physical journal. C, Particles and fields

    2022  Volume 82, Issue 7, Page(s) 618

    Abstract: DUNE is a dual-site experiment for long-baseline neutrino oscillation studies, neutrino astrophysics and nucleon decay searches. ProtoDUNE Dual Phase (DP) is a ... ...

    Abstract 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
    Language English
    Publishing date 2022-07-16
    Publishing country France
    Document type Journal Article
    ZDB-ID 1459069-4
    ISSN 1434-6052 ; 1434-6044
    ISSN (online) 1434-6052
    ISSN 1434-6044
    DOI 10.1140/epjc/s10052-022-10549-w
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  5. Article: Prospects for beyond the Standard Model physics searches at the Deep Underground Neutrino Experiment: DUNE Collaboration.

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Cremonesi, L / Crespo-Anadón, J I / Cristaldo, E / Cross, R / Cuesta, C / Cui, Y / Cussans, D / Dabrowski, M / da Motta, H / Peres, L Da Silva / David, C / David, Q / Davies, G S / Davini, S / Dawson, J / De, K / De Almeida, R M / Debbins, P / De Bonis, I / Decowski, M P / de Gouvêa, A / De Holanda, P C / De Icaza Astiz, I L / Deisting, A / De Jong, P / Delbart, A / Delepine, D / Delgado, M / Dell'Acqua, A / De Lurgio, P / de Mello Neto, J R T / DeMuth, D M / Dennis, S / Densham, C / Deptuch, G / De Roeck, A / De Romeri, V / De Vries, J J / Dharmapalan, R / Dias, M / Diaz, F / Díaz, J S / Di Domizio, S / Di Giulio, L / Ding, P / Di Noto, L / Distefano, C / Diurba, R / Diwan, M / Djurcic, Z / Dokania, N / Dolinski, M J / Domine, L / Douglas, D / Drielsma, F / Duchesneau, D / Duffy, K / Dunne, P / Durkin, T / Duyang, H / Dvornikov, O / Dwyer, D A / Dyshkant, A S / Eads, M / Edmunds, D / Eisch, J / Emery, S / Ereditato, A / Escobar, C O / Sanchez, L Escudero / Evans, J J / Ewart, E / 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S / Lister, A / Littlejohn, B R / Liu, J / Lockwitz, S / Loew, T / Lokajicek, M / Lomidze, I / Long, K / Loo, K / Lorca, D / Lord, T / LoSecco, J M / Louis, W C / Luk, K B / Luo, X / Lurkin, N / Lux, T / Luzio, V P / MacFarland, D / Machado, A A / Machado, P / Macias, C T / Macier, J R / Maddalena, A / Madigan, P / Magill, S / Mahn, K / Maio, A / Maloney, J A / Mandrioli, G / Maneira, J / Manenti, L / Manly, S / Mann, A / Manolopoulos, K / Plata, M Manrique / Marchionni, A / Marciano, W / Marfatia, D / Mariani, C / Maricic, J / Marinho, F / Marino, A D / Marshak, M / Marshall, C / Marshall, J / Marteau, J / Martin-Albo, J / Martinez, N / Caicedo, D A Martinez / Martynenko, S / Mason, K / Mastbaum, A / Masud, M / Matsuno, S / Matthews, J / Mauger, C / Mauri, N / Mavrokoridis, K / Mazza, R / Mazzacane, A / Mazzucato, E / McCluskey, E / McConkey, N / McFarland, K S / McGrew, C / McNab, A / Mefodiev, A / Mehta, P / Melas, P / Mellinato, M / Mena, O / Menary, S / Mendez, H / Menegolli, A / 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Raboanary, R / Radeka, V / Rademacker, J / Radics, B / Rafique, A / Raguzin, E / Rai, M / Rajaoalisoa, M / Rakhno, I / Rakotondramanana, H T / Rakotondravohitra, L / Ramachers, Y A / Rameika, R / Delgado, M A Ramirez / Ramson, B / Rappoldi, A / Raselli, G / Ratoff, P / Ravat, S / Razafinime, H / Real, J S / Rebel, B / Redondo, D / Reggiani-Guzzo, M / Rehak, T / Reichenbacher, J / Reitzner, S D / Renshaw, A / Rescia, S / Resnati, F / Reynolds, A / Riccobene, G / Rice, L C J / Rielage, K / Rigaut, Y / Rivera, D / Rochester, L / Roda, M / Rodrigues, P / Alonso, M J Rodriguez / Rondon, J Rodriguez / Roeth, A J / Rogers, H / Rosauro-Alcaraz, S / Rossella, M / Rout, J / Roy, S / Rubbia, A / Rubbia, C / Russell, B / Russell, J / Ruterbories, D / Saakyan, R / Sacerdoti, S / Safford, T / Sahu, N / Sala, P / Samios, N / Sanchez, M C / Sanders, D A / Sankey, D / Santana, S / Santos-Maldonado, M / Saoulidou, N / Sapienza, P / Sarasty, C / Sarcevic, I / Savage, G / Savinov, V / Scaramelli, A / Scarff, A / Scarpelli, A / Schaffer, T / Schellman, H / Schlabach, P / Schmitz, D / Scholberg, K / Schukraft, A / Segreto, E / Sensenig, J / Seong, I / Sergi, A / Sergiampietri, F / Sgalaberna, D / Shaevitz, M H / Shafaq, S / Shamma, M / Sharma, H R / Sharma, R / Shaw, T / Shepherd-Themistocleous, C / Shin, S / Shooltz, D / Shrock, R / Simard, L / Simos, N / Sinclair, J / Sinev, G / Singh, J / Singh, V / Sipos, R / Sippach, F W / Sirri, G / Sitraka, A / Siyeon, K / Smargianaki, D / Smith, A / Smith, E / Smith, P / Smolik, J / Smy, M / Snopok, P / Nunes, M Soares / Sobel, H / Soderberg, M / Salinas, C J Solano / Söldner-Rembold, S / Solomey, N / Solovov, V / Sondheim, W E / Sorel, M / Soto-Oton, J / Sousa, A / Soustruznik, K / Spagliardi, F / Spanu, M / Spitz, J / Spooner, N J C / Spurgeon, K / Staley, R / Stancari, M / Stanco, L / Steiner, H M / Stewart, J / Stillwell, B / Stock, J / Stocker, F / Stocks, D / Stokes, T / Strait, M / Strauss, T / Striganov, S / Stuart, A / Summers, D / Surdo, A / Susic, V / Suter, L / Sutera, C M / Svoboda, R / Szczerbinska, B / Szelc, A M / Talaga, R / Tanaka, H A / Oregui, B Tapia / Tapper, A / Tariq, S / Tatar, E / Tayloe, R / Teklu, A M / Tenti, M / Terao, K / Ternes, C A / Terranova, F / Testera, G / Thea, A / Thompson, J L / Thorn, C / Timm, S C / Todd, J / Tonazzo, A / Torti, M / Tortola, M / Tortorici, F / Totani, D / Toups, M / Touramanis, C / Trevor, J / Trzaska, W H / Tsai, Y-T / Tsamalaidze, Z / Tsang, K V / Tsverava, N / Tufanli, S / Tull, C / Tyley, E / Tzanov, M / Uchida, M A / Urheim, J / Usher, T / Vagins, M R / Vahle, P / Valdiviesso, G A / Valencia, E / Vallari, Z / Valle, J W F / Vallecorsa, S / Berg, R Van / de Water, R G Van / Forero, D Vanegas / Varanini, F / Vargas, D / Varner, G / Vasel, J / Vasseur, G / Vaziri, K / Ventura, S / Verdugo, A / Vergani, S / Vermeulen, M A / Verzocchi, M / de Souza, H Vieira / Vignoli, C / Vilela, C / Viren, B / Vrba, T / Wachala, T / Waldron, A V / Wallbank, M / Wang, H / Wang, J / Wang, Y / Warburton, K / Warner, D / Wascko, M / Waters, D / Watson, A / Weatherly, P / Weber, A / Weber, M / Wei, H / Weinstein, A / Wenman, D / Wetstein, M / While, M R / White, A / Whitehead, L H / Whittington, D / Wilking, M J / Wilkinson, C / Williams, Z / Wilson, F / Wilson, R J / Wolcott, J / Wongjirad, T / Wood, K / Wood, L / Worcester, E / Worcester, M / Wret, C / Wu, W / Xiao, Y / Yang, G / Yang, T / Yershov, N / Yonehara, K / Young, T / Yu, B / Yu, J / Zaki, R / Zalesak, J / Zambelli, L / Zamorano, B / Zani, A / Zazueta, L / Zeller, G P / Zennamo, J / Zeug, K / Zhang, C / Zhao, M / Zhao, Y / Zhivun, E / Zhu, G / Zimmerman, E D / Zito, M / Zucchelli, S / Zuklin, J / Zutshi, V / Zwaska, R

    The European physical journal. C, Particles and fields

    2021  Volume 81, Issue 4, Page(s) 322

    Abstract: The Deep Underground Neutrino Experiment (DUNE) will be a powerful tool for a variety of physics topics. The high-intensity proton beams provide a large neutrino flux, sampled by a near detector system consisting of a combination of capable precision ... ...

    Abstract The Deep Underground Neutrino Experiment (DUNE) will be a powerful tool for a variety of physics topics. The high-intensity proton beams provide a large neutrino flux, sampled by a near detector system consisting of a combination of capable precision detectors, and by the massive far detector system located deep underground. This configuration sets up DUNE as a machine for discovery, as it enables opportunities not only to perform precision neutrino measurements that may uncover deviations from the present three-flavor mixing paradigm, but also to discover new particles and unveil new interactions and symmetries beyond those predicted in the Standard Model (SM). Of the many potential beyond the Standard Model (BSM) topics DUNE will probe, this paper presents a selection of studies quantifying DUNE's sensitivities to sterile neutrino mixing, heavy neutral leptons, non-standard interactions, CPT symmetry violation, Lorentz invariance violation, neutrino trident production, dark matter from both beam induced and cosmogenic sources, baryon number violation, and other new physics topics that complement those at high-energy colliders and significantly extend the present reach.
    Language English
    Publishing date 2021-04-16
    Publishing country France
    Document type Journal Article
    ZDB-ID 1459069-4
    ISSN 1434-6052 ; 1434-6044
    ISSN (online) 1434-6052
    ISSN 1434-6044
    DOI 10.1140/epjc/s10052-021-09007-w
    Database MEDical Literature Analysis and Retrieval System OnLINE

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  6. Article ; Online: Observation of electron-antineutrino disappearance at Daya Bay.

    An, F P / Bai, J Z / Balantekin, A B / Band, H R / Beavis, D / Beriguete, W / Bishai, M / Blyth, S / Boddy, K / Brown, R L / Cai, B / Cao, G F / Cao, J / Carr, R / Chan, W T / Chang, J F / Chang, Y / Chasman, C / Chen, H S /
    Chen, H Y / Chen, S J / Chen, S M / Chen, X C / Chen, X H / Chen, X S / Chen, Y / Chen, Y X / Cherwinka, J J / Chu, M C / Cummings, J P / Deng, Z Y / Ding, Y Y / Diwan, M V / Dong, L / Draeger, E / Du, X F / Dwyer, D A / Edwards, W R / Ely, S R / Fang, S D / Fu, J Y / Fu, Z W / Ge, L Q / Ghazikhanian, V / Gill, R L / Goett, J / Gonchar, M / Gong, G H / Gong, H / Gornushkin, Y A / Greenler, L S / Gu, W Q / Guan, M Y / Guo, X H / Hackenburg, R W / Hahn, R L / Hans, S / He, M / He, Q / He, W S / Heeger, K M / Heng, Y K / Hinrichs, P / Ho, T H / Hor, Y K / Hsiung, Y B / Hu, B Z / Hu, T / Huang, H X / Huang, H Z / Huang, P W / Huang, X / Huang, X T / Huber, P / Isvan, Z / Jaffe, D E / Jetter, S / Ji, X L / Ji, X P / Jiang, H J / Jiang, W Q / Jiao, J B / Johnson, R A / Kang, L / Kettell, S H / Kramer, M / Kwan, K K / Kwok, M W / Kwok, T / Lai, C Y / Lai, W C / Lai, W H / Lau, K / Lebanowski, L / Lee, J / Lee, M K P / Leitner, R / Leung, J K C / Leung, K Y / Lewis, C A / Li, B / Li, F / Li, G S / Li, J / Li, Q J / Li, S F / Li, W D / Li, X B / Li, X N / Li, X Q / Li, Y / Li, Z B / Liang, H / Liang, J / Lin, C J / Lin, G L / Lin, S K / Lin, S X / Lin, Y C / Ling, J J / Link, J M / Littenberg, L / Littlejohn, B R / Liu, B J / Liu, C / Liu, D W / Liu, H / Liu, J C / Liu, J L / Liu, S / Liu, X / Liu, Y B / Lu, C / Lu, H Q / Luk, A / Luk, K B / Luo, T / Luo, X L / Ma, L H / Ma, Q M / Ma, X B / Ma, X Y / Ma, Y Q / Mayes, B / McDonald, K T / McFarlane, M C / McKeown, R D / Meng, Y / Mohapatra, D / Morgan, J E / Nakajima, Y / Napolitano, J / Naumov, D / Nemchenok, I / Newsom, C / Ngai, H Y / Ngai, W K / Nie, Y B / Ning, Z / Ochoa-Ricoux, J P / Oh, D / Olshevski, A / Pagac, A / Patton, S / Pearson, C / Pec, V / Peng, J C / Piilonen, L E / Pinsky, L / Pun, C S J / Qi, F Z / Qi, M / Qian, X / Raper, N / Rosero, R / Roskovec, B / Ruan, X C / Seilhan, B / Shao, B B / Shih, K / Steiner, H / Stoler, P / Sun, G X / Sun, J L / Tam, Y H / Tanaka, H K / Tang, X / Themann, H / Torun, Y / Trentalange, S / Tsai, O / Tsang, K V / Tsang, R H M / Tull, C / Viren, B / Virostek, S / Vorobel, V / Wang, C H / Wang, L S / Wang, L Y / Wang, L Z / Wang, M / Wang, N Y / Wang, R G / Wang, T / Wang, W / Wang, X / Wang, Y F / Wang, Z / Wang, Z M / Webber, D M / Wei, Y D / Wen, L J / Wenman, D L / Whisnant, K / White, C G / Whitehead, L / Whitten, C A / Wilhelmi, J / Wise, T / Wong, H C / Wong, H L H / Wong, J / Worcester, E T / Wu, F F / Wu, Q / Xia, D M / Xiang, S T / Xiao, Q / Xing, Z Z / Xu, G / Xu, J / Xu, J L / Xu, W / Xu, Y / Xue, T / Yang, C G / Yang, L / Ye, M / Yeh, M / Yeh, Y S / Yip, K / Young, B L / Yu, Z Y / Zhan, L / Zhang, C / Zhang, F H / Zhang, J W / Zhang, Q M / Zhang, K / Zhang, Q X / Zhang, S H / Zhang, Y C / Zhang, Y H / Zhang, Y X / Zhang, Z J / Zhang, Z P / Zhang, Z Y / Zhao, J / Zhao, Q W / Zhao, Y B / Zheng, L / Zhong, W L / Zhou, L / Zhou, Z Y / Zhuang, H L / Zou, J H

    Physical review letters

    2012  Volume 108, Issue 17, Page(s) 171803

    Abstract: The Daya Bay Reactor Neutrino Experiment has measured a nonzero value for the neutrino mixing angle θ(13) with a significance of 5.2 standard deviations. Antineutrinos from six 2.9 GWth reactors were detected in six antineutrino detectors deployed in two ...

    Abstract The Daya Bay Reactor Neutrino Experiment has measured a nonzero value for the neutrino mixing angle θ(13) with a significance of 5.2 standard deviations. Antineutrinos from six 2.9 GWth reactors were detected in six antineutrino detectors deployed in two near (flux-weighted baseline 470 m and 576 m) and one far (1648 m) underground experimental halls. With a 43,000 ton-GWth-day live-time exposure in 55 days, 10,416 (80,376) electron-antineutrino candidates were detected at the far hall (near halls). The ratio of the observed to expected number of antineutrinos at the far hall is R=0.940±0.011(stat.)±0.004(syst.). A rate-only analysis finds sin(2)2θ(13)=0.092±0.016(stat.)±0.005(syst.) in a three-neutrino framework.
    Language English
    Publishing date 2012-04-27
    Publishing country United States
    Document type Journal Article
    ZDB-ID 208853-8
    ISSN 1079-7114 ; 0031-9007
    ISSN (online) 1079-7114
    ISSN 0031-9007
    DOI 10.1103/PhysRevLett.108.171803
    Database MEDical Literature Analysis and Retrieval System OnLINE

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