A Method to Stabilise the Performance of Negatively Fed KM3NeT Photomultipliers
S. Adrian-Martinez,M. Ageron,S. Aiello,A. Albert,F. Ameli,E. G. Anassontzis,M. Andre,G. Androulakis,M. Anghinolfi,G. Anton,M. Ardid,T. Avgitas,G. Barbarino,E. Barbarito,B. Baret,J. Barrios-Marti,A. Belias,E. Berbee,A. van den Berg,V. Bertin,S. Beurthey,V. van Beveren,N. Beverini,S. Biagi,A. Biagioni,M. Billault,M. Bondi,R. Bormuth,B. Bouhadef,G. Bourlis,S. Bourret,C. Boutonnet,M. Bouwhuis,C. Bozza,R. Bruijn,J. Brunner,E. Buis,R. Buompane,J. Busto,G. Cacopardo,L. Caillat,M. Calamai,D. Calvo,A. Capone,L. Caramete,S. Cecchini,S. Celli,C. Champion,S. Cherubini,V. Chiarella,L. Chiarelli,T. Chiarusi,M. Circella,L. Classen, D. Cobas,R. Cocimano,J. A. B. Coelho,A. Coleiro,S. Colonges,R. Coniglione,M. Cordelli,A. Cosquer,P. Coyle,A. Creusot,G. Cuttone,C. D'Amato,A. D'Amico,A. D'Onofrio,G. De Bonis,C. De Sio,F. Di Capua,I. Di Palma,C. Distefano,C. Donzaud,D. Dornic,Q. Dorosti-Hasankiadeh,E. Drakopoulou,D. Drouhin,M. Durocher,T. Eberl, S. Eichie,D. van Eijk,I. El Bojaddaini,D. Elsaesser,A. Enzenhofer,M. Favaro,P. Fermani,G. Ferrara, G. Frascadore,M. Furini,L. A. Fusco,T. Gal,S. Galata,F. Garufi,P. Gay,M. Gebyehu,F. Giacomini,L. Gialanella,V. Giordano,N. Gizani,R. Gracia,K. Graf,T. Gregoire,G. Grella,A. Grmek,M. Guerzoni,R. Habel,S. Hallmann,H. van Haren,S. Harissopulos,T. Heid,A. Heijboer,E. Heine,S. Henry,J. J. Hernandez-Rey,M. Hevinga,J. Hofestaedt,C. M. F. Hugon,G. Illuminati,C. W. James,P. Jansweijer,M. Jongen,M. de Jong,M. Kadler,O. Kalekin,A. Kappes,U. F. Katz,P. Keller,G. Kieft,D. Kiessling,E. N. Koffeman,P. Kooijman,A. Kouchner,M. Kreter,V. Kulikovskiy,R. Lahmann,P. Lamare,A. Leisos,J. E. Leonora,M. Lindsey Clark,A. Liolios,C. D. Llorens Alvarez,D. Lo Presti,H. Lohner,A. Lonardo,M. Lotze,S. Loucatos,E. Maccioni,K. Mannheim,M. Manzali,A. Margiotta,A. Margotti,A. Marinelli,O. Maris,C. Markou,J. A. Martinez-Mora,A. Martini,F. Marzaioli,R. Mele,K. W. Melis,T. Michael,P. Migliozzi,E. Migneco,P. Mijakowski,A. Miraglia,C. M. Mollo,M. Mongelli,M. Morganti,A. Moussa,P. Musico,M. Musumeci,C. A. Nicolau,I. Olcina,C. Olivetto,A. Orlando,A. Orzelli,G. Pancaldi, A. Paolucci,A. Papaikonomou,R. Papaleo,G. E. Pavalas,H. Peek,G. Pellegrini,C. Pellegrino,C. Perrina,M. Pfutzner,P. Piattelli,K. Pikounis,G. E. Poma,V. Popa,T. Pradier,F. Pratolongo,G. Puehlhofer,S. Pulvirenti,L. Quinn,C. Racca,F. Raffaelli,N. Randazzo,D. Real,L. Resvanis,J. Reubelt,G. Riccobene,C. Rossi,A. Rovelli,M. Saldana,I. Salvadori,D. F. E. Samtleben,A. Sanchez Garcia,A. Sanchez Losa,M. Sanguineti,A. Santangelo,D. Santonocito,P. Sapienza, F. Schimmel,J. Schmelling,J. Schnabel,V. Sciacca,M. Sedita,T. Seitz,I. Sgura,F. Simeone,V. Sipala,B. Spisso,M. Spurio,G. Stavropoulos,J. Steijger,S. M. Stellacci,D. Stransky,M. Taiuti,Y. Tayalati,F. Terrasi,D. Tezier,S. Theraube,P. Timmer,C. Tonnis,L. Trasatti,R. Travaglini,A. Trovato,A. Tsirigotis,S. Tzamarias,E. Tzamariudaki,B. Vallage,V. Van Elewyck,J. Vermeulen,F. Versari,P. Vicini,S. Viola,D. Vivolo,M. Volkert,L. Wiggers,J. Wilms,E. de Wolf,K. Zachariadou,S. Zani,J. D. Zornoza,J. Zuniga
Journal of Instrumentation（2016）
Cited 9|Views74
Key words
Instrument optimisation,Large detector systems for particle and astroparticle physics,Neutrino detectors,Photon detectors for UV, visible and IR photons (gas) (gas-photocathodes, solid-photocathodes)
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