The SAMI Galaxy Survey: the cluster redshift survey, target selection and cluster properties

MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY 468:2 (2017) 1824-1849

Authors:

MS Owers, JT Allen, I Baldry, JJ Bryant, GN Cecil, L Cortese, SM Croom, SP Driver, LMR Fogarty, AW Green, E Helmich, JTA De Jong, K Kuijken, S Mahajan, J McFarland, MB Pracy, AGS Robotham, G Sikkema, S Sweet, EN Taylor, GV Kleijn, AE Bauer, J Bland-Hawthorn, S Brough, M Colless, WJ Couch, RL Davies, MJ Drinkwater, M Goodwin, AM Hopkins, IS Konstantopoulos, C Foster, JS Lawrence, NPF Lorente, AM Medling, N Metcalfe, SN Richards, JV De Sande, N Scott, T Shanks, R Sharp, AD Thomas, C Tonini

The Single-Phase ProtoDUNE Technical Design Report

(2017)

Authors:

B Abi, R Acciarri, MA Acero, M Adamowski, C Adams, DL Adams, P Adamson, M Adinolfi, Z Ahmad, CH Albright, T Alion, J Anderson, K Anderson, C Andreopoulos, MP Andrews, RA Andrews, J dos Anjos, A Ankowski, J Anthony, M Antonello, A Aranda Fernandez, A Ariga, T Ariga, E Arrieta Diaz, J Asaadi, M Ascencio, DM Asner, MS Athar, M Auger, A Aurisano, V Aushev, D Autiero, F Azfar, JJ Back, HO Back, C Backhouse, X Bai, M Baird, AB Balantekin, S Balasubramanian, B Baller, P Ballett, B Bambah, H Band, M Bansal, S Bansal, GJ Barker, G Barr, J Barranco Monarca, N Barros, A Bashyal, M Bass, F Bay, JL Bazo, JF Beacom, BR Behera, G Bellettini, V Bellini, O Beltramello, N Benekos, PA Benetti, A Bercellie, E Berman, H Berns, R Bernstein, S Bertolucci, V Bhatnagar, B Bhuyan, J Bian, K Biery, M Bishai, A Bitadze, T Blackburn, A Blake, FDM Blaszczyk, E Blaufuss, GC Blazey, M Blennow, E Blucher, V Bocean, F Boffelli, J Boissevain, S Bolognesi, T Bolton, M Bonesini, T Boone, C Booth, S Bordoni, P Bour, B Bourguille, SB Boyd, D Boyden, D Brailsford, A Brandt, J Bremer, SJ Brice, C Bromberg, G Brooijmans, G Brown, G Brunetti, N Buchanan, H Budd, P Calafiura, A Calatayud, E Calligarich, E Calvo, L Camilleri, M Campanelli, C Cantini, B Carls, M Cascella, E Catano-Mur, M Cavaili-Sforza, F Cavanna, S Centro, A Cervera Villanueva, T Cervi, M Chalifour, A Chappuis, A Chatterjee, S Chattopadhyay, S Chattopadhyay, L Chaussard, S Chembra, H Chen, M Chen, D Cherdack, C Chi, S Childress, S Choubey, BC Choudhary, G Christodoulou, C Christofferson, E Church, TE Coan, A Cocco, P Cole, G Collin, JM Conrad, M Convery, R Corey, L Corwin, JI Crespo-Anad贸n, J Creus Prats, P Crivelli, D Cronin-Hennessy, C Crowley, A Curioni, D Cussans, H da Motta, D Dale, T Davenne, GS Davies, J Davies, J Dawson, K De, I De Bonis, A De Gouvea, PC de Holanda, P De Jong, P De Lurgio, JJ de Vries, MP Decowski, P Dedin-Neto, A Delbart, D Delepine, M Delgado, D Demuth, S Dennis, C Densham, R Dharmapalan, N Dhingra, M Diamantopoulou, JS Diaz, G Diaz Bautista, P Ding, M Diwan, Z Djurcic, MJ Dolinski, G Drake, D Duchesneau, D Dutta, M Duvernois, H Duyang, DA Dwyer, S Dye, AS Dyshkant, S Dytman, M Eads, B Eberly, D Edmunds, S Elliott, WM Ellsworth, M Elnimr, S Emery, S Eno, A Ereditato, CO Escobar, L Escudero Sanchez, JJ Evans, K Fahey, A Falcone, L Falk, A Farbin, C Farnese, Y Farzan, M Fasoli, A Fava, J Felix, P Fernandez Menendez, E Fernandez-Martinez, L Fields, F Filthaut, A Finch, M Fitton, BT Fleming, T Forest, J Fowler, W Fox, J Freeman, J Freestone, D Friant, J Fried, A Friedland, S Fuess, B Fujikawa, A Gago, H Gallagher, S Galvin, S Galymov, T Gamble, R Gandhi, S Gao, D Garcia-Gamez, S Gardiner, D Gastler, A Gendotti, D Gibin, I Gil-Botella, R Gill, AK Giri, D Goeldi, M Gold, S Gollapinni, RA Gomes, JJ Gomez Cadenas, MC Goodman, D Gorbunov, S Goswami, N Graf, N Graf, M Graham, E Gramelini, R Gran, C Grant, N Grant, V Greco, H Greenlee, L Greenler, M Groh, K Grzelak, E Guardincerri, V Guarino, GP Guedes, R Guenette, A Guglielmi, KK Guthikonda, MM Guzzo, AT Habig, A Hackenburg, RW Hackenburg, H Hadavand, R Haenni, A Hahn, MD Haigh, T Haines, T Hamernik, P Hamilton, T Handler, S Hans, D Harris, J Hartnell, T Hasegawa, R Hatcher, A Hatzikoutelis, S Hays, E Hazen, M Headley, A Heavey, KM Heeger, J Heise, K Hennessy, S Henry, J Hernandez-Garcia, V Hewes, A Higuera, T Hill, A Himmel, A Holin, EW Hoppe, S Horikawa, G Horton-Smith, M Hostert, A Hourlier, B Howard, J Howell, J Hugon, P Hurh, J Huston, J Hylen, J Insler, G Introzzi, A Ioannisian, A Izmaylov, DE Jaffe, C James, E James, CH Jang, F Jediny, C Jen, A Jhingan, S Jim茅nez, M Johnson, R Johnson, J Johnstone, J Joshi, H Jostlein, CK Jung, T Junk, A Kaboth, I Kadenko, Y Kamyshkov, G Karagiorgi, D Karasavvas, Y Karyotakis, P Kaur, B Kayser, N Kazaryan, E Kearns, PT Keener, E Kemp, C Kendziora, W Ketchum, SH Kettell, M Khabibullin, A Khotjantsev, B Kirby, M Kirby, J Klein, YJ Ko, T Kobilarcik, B Kocaman, LW Koerner, S Kohn, G Koizumi, A Kopylov, M Kordosky, L Kormos, U Kose, VA Kosteleck媒, M Kramer, I Kreslo, K Kriesel, W Kropp, Y Kudenko, VA Kudryavtsev, S Kulagin, A Kumar, J Kumar, L Kumar, V Kus, T Kutter, K Lande, C Lane, K Lang, T Langford, F Lanni, A Laundrie, T Le, J Learned, P Lebrun, D Lee, WM Lee, MA Leigui de Oliveira, QZ Li, S Li, SW Li, X Li, Y Li, Z Li, CS Lin, S Lin, R Linehan, J Link, Z Liptak, D Lissauer, L Littenberg, BR Littlejohn, J Liu, Q Liu, T Liu, S Lockwitz, N Lockyer, T Loew, M Lokajicek, L LoMonaco, K Long, K Loo, JP Lopez, D Lorca, JM LoSecco, W Louis, M Luethi, KB Luk, T Lundin, X Luo, T Lux, J Lykken, J Maalampi, AA Machado, CT Macias, JR Macier, R MacLellan, S Magill, G Mahler, K Mahn, M Malek, F Mammoliti, SK Mandal, S Mandodi, S Manly, A Mann, A Marchionni, W Marciano, D Marfatia, C Mariani, J Maricic, AD Marino, M Marshak, CM Marshall, J Marshall, J Marteau, J Martin-Albo, DA Martinez Caicedo, M Masud, S Matsuno, J Matthews, C Mauger, K Mavrokoridis, R Mazza, A Mazzacane, E Mazzucato, N McCauley, E McCluskey, N McConkey, KT McDonald, KS McFarland, C McGivern, AM McGowan, C McGrew, SR McGuinness, R McKeown, D McNulty, R McTaggart, A Mefodiev, P Mehta, D Mei, O Mena, S Menary, DP Mendez, H Mendez, A Menegolli, G Meng, M Messier, W Metcalf, M Mewes, H Meyer, T Miao, R Milincic, W Miller, G Mills, O Mineev, OG Miranda, CS Mishra, SR Mishra, B Mitrica, D Mladenov, I Mocioiu, K Moffat, R Mohanta, N Mokhov, L Molina Bueno, C Montanari, D Montanari, J Moon, M Mooney, CD Moore, B Morgan, C Morris, W Morse, C Mossey, CA Moura, J Mousseau, L Mualem, M Muether, S Mufson, S Murphy, J Musser, Y Nakajima, D Naples, J Navarro, D Navas-Nicol谩s, J Nelson, M Nessi, D Newbold, M Newcomer, KTT Nguyen, R Nichol, TC Nicholls, E Niner, A Norman, B Norris, P Novakova, P Novella, E Nowak, J Nowak, MS Nunes, H O'Keeffe, A Olivares Del Campo, R Oliveira, A Olivier, Y Onishchuk, T Ovsjannikova, S Pakvasa, O Palamara, J Paley, C Palomares, E Pantic, V Paolone, V Papadimitriou, S Paramesvaran, J Park, S Parke, Z Parsa, S Pascoli, J Pasternak, J Pater, RB Patterson, SJ Patton, T Patzak, B Paulos, L Paulucci, Z Pavlovic, G Pawloski, D Payne, SJM Peeters, E Pennacchio, GN Perdue, OLG Peres, L Periale, JD Perkin, K Petridis, R Petti, A Petukhov, P Picchi, F Pietropaolo, P Plonski, R Plunkett, R Poling, M Popovic, R Pordes, S Pordes, M Potekhin, R Potenza, B Potukuchi, S Poudel, J Pozimski, O Prokofiev, N Pruthi, P Przewlocki, N Pumulo, D Pushka, X Qian, JL Raaf, R Raboanary, V Radeka, J Rademacker, B Radics, A Radovic, I Rakhno, HT Rakotondramanana, L Rakotondravohitra, YA Ramachers, R Rameika, J Ramsey, A Rappoldi, G Raselli, P Ratoff, B Rebel, C Regenfus, J Reichenbacher, SD Reitzner, A Remoto, A Renshaw, S Rescia, L Rice, K Rielage, K Riesselmann, D Rivera, M Robinson, L Rochester, OB Rodrigues, P Rodrigues, B Roe, RM Roser, M Ross-Lonergan, M Rossella, J Rout, S Roy, A Rubbia, C Rubbia, R Rucinski, C Rudolph von Rohr, B Russell, D Ruterbories, R Saakyan, K Sachdev, N Sahu, P Sala, N Samios, F Sanchez, MC Sanchez, WR Sands, S Santana, R Santorelli, LM Santos, G Santucci, N Saoulidou, G Savage, A Scaramelli, A Scarpelli, T Schaffer, H Schellman, P Schlabach, D Schmitz, J Schneps, K Scholberg, A Schukraft, E Segreto, S Sehrawat, JA Sepulveda-Quiroz, F Sergiampietri, K Sexton, L Sexton-Kennedy, MH Shaevitz, J Shahi, S Shahsavarani, P Shanahan, R Sharma, RK Sharma, T Shaw, D Shooltz, R Shrock, N Simos, J Sinclair, G Sinev, I Singh, J Singh, J Singh, V Singh, FW Sippach, K Siyeon, A Smith, P Smith, J Smolik, M Smy, E Snider, P Snopok, J Sobczyk, H Sobel, M Soderberg, N Solomey, W Sondheim, M Sorel, A Sousa, K Soustruznik, M Spanu, J Spitz, NJC Spooner, M Stancari, D Stefan, A Stefanik, HM Steiner, J Stewart, J Stock, S Stoica, J Stone, J Strait, M Strait, T Strauss, S Striganov, R Sulej, G Sullivan, Y Sun, L Suter, CM Sutera, R Svoboda, B Szczerbinska, AM Szelc, S S枚ldner-Rembold, R Talaga, S Tariq, E Tatar, R Tayloe, K Terao, M Thiesse, LF Thompson, M Thomson, C Thorn, M Thorpe, X Tian, D Tiedt, SC Timm, J Todd, A Tonazzo, T Tope, FR Torres, M Torti, M Tortola, F Tortorici, M Toups, C Touramanis, J Trevor, M Tripathi, I Tropin, WH Trzaska, Y Tsai, KV Tsang, A Tsaris, R Tsenov, S Tufanli, C Tull, J Turner, M Tzanov, E Tziaferi, Y Uchida, S Uma Sankar, J Urheim, T Usher, MR Vagins, P Vahle, GA Valdiviesso, L Valerio, Z Vallari, J Valle, R Van Berg, R Van de Water, F Varanini, G Varner, G Vasseur, K Vaziri, G Velev, S Ventura, A Verdugo, MA Vermeulen, E Vernon, T Viant, TV Vieira, C Vignoli, S Vihonen, C Vilela, B Viren, P Vokac, T Vrba, T Wachala, D Wahl, M Wallbank, B Wang, H Wang, T Wang, TK Warburton, D Warner, M Wascko, D Waters, A Weber, M Weber, W Wei, A Weinstein, D Wenman, M Wetstein, A White, LH Whitehead, D Whittington, MJ Wilking, J Willhite, P Wilson, RJ Wilson, P Wittich, J Wolcott, HH Wong, T Wongjirad, K Wood, LS Wood, E Worcester, M Worcester, S Wu, W Xu, C Yanagisawa, S Yang, T Yang, J Ye, M Yeh, N Yershov, K Yonehara, B Yu, J Yu, J Zalesak, L Zambelli, B Zamorano, L Zang, A Zani, K Zaremba, GP Zeller, C Zhang, C Zhang, Y Zhou, ED Zimmerman, M Zito, J Zuklin, V Zutshi, R Zwaska

Characterisation of the Medipix3 detector for 60 and 80 keV electrons

Ultramicroscopy Elsevier (2017)

Authors:

JA Mir, R Clough, R MacInnes, C Gough, R Plackett, I Shipsey, H Sawada, I MacLaren, R Ballabriga, D Maneuski, V O'Shea, D McGrouther, AI Kirkland

Abstract:

In our article we report first quantitative measurements of imaging performance for the current generation of hybrid pixel detector, Medipix3, as direct electron detector. Utilising beam energies of 60 & 80 keV, measurements of modulation transfer function (MTF) and detective quantum efficiency (DQE) have revealed that, in single pixel mode (SPM), energy threshold values can be chosen to maximize either the MTF or DQE, obtaining values near to, or even exceeding, those for an ideal detector. We have demonstrated that the Medipix3 charge summing mode (CSM) can deliver simultaneous, near ideal values of both MTF and DQE. To understand direct detection performance further we have characterized the detector response to single electron events, building an empirical model which can predict detector MTF and DQE performance based on energy threshold. Exemplifying our findings we demonstrate the Medipix3 imaging performance, recording a fully exposed electron diffraction pattern at 24-bit depth and images in SPM and CSM modes. Taken together our findings highlight that for transmission electron microscopy performed at low energies (energies <100 keV) thick hybrid pixel detectors provide an advantageous and alternative architecture for direct electron imaging

Characterisation of the Medipix3 detector for 60 and 80keV electrons.

Ultramicroscopy 182 (2017) 44-53

Authors:

JA Mir, R Clough, R MacInnes, C Gough, R Plackett, I Shipsey, H Sawada, I MacLaren, R Ballabriga, D Maneuski, V O'Shea, D McGrouther, AI Kirkland

Abstract:

In this paper we report quantitative measurements of the imaging performance for the current generation of hybrid pixel detector, Medipix3, used as a direct electron detector. We have measured the modulation transfer function and detective quantum efficiency at beam energies of 60 and 80keV. In single pixel mode, energy threshold values can be chosen to maximize either the modulation transfer function or the detective quantum efficiency, obtaining values near to, or exceeding those for a theoretical detector with square pixels. The Medipix3 charge summing mode delivers simultaneous, high values of both modulation transfer function and detective quantum efficiency. We have also characterized the detector response to single electron events and describe an empirical model that predicts the detector modulation transfer function and detective quantum efficiency based on energy threshold. Exemplifying our findings we demonstrate the Medipix3 imaging performance recording a fully exposed electron diffraction pattern at 24-bit depth together with images in single pixel and charge summing modes. Our findings highlight that for transmission electron microscopy performed at low energies (energies <100keV) thick hybrid pixel detectors provide an advantageous architecture for direct electron imaging.

Precision measurement and interpretation of inclusive W+/W- and Z production cross sections with the ATLAS collaboration

European Physical Journal - Special Topics EDP Sciences (2017)