K. Livingston
University of Glasgow
495 Papers
1.2K Citations
K. Livingston is an academic researcher from University of Glasgow. The author has contributed to research in topics: Nucleon & Crystal Ball. The author has an hindex of 53, co-authored 371 publications. Previous affiliations of K. Livingston include ASTRON & University of Edinburgh.
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Papers
Long-Term Outcomes among Adolescent and Young Adult Survivors of Acute Leukemia: A Surveillance, Epidemiology, and End Results Analysis.
Amy M. Berkman,Clark R. Andersen,Branko Cuglievan,David McCall,Philip J. Lupo,Susan K. Parsons,Courtney D. DiNardo,Nicholas J. Short,Nitin Jain,Tapan M. Kadia,K. Livingston,Michael G. Roth +11 more
TL;DR: AYA leukemia survivors have higher mortality rates than the general population that persist for decades after diagnosis and remain below that of the generalpopulation at up to 30 years of follow-up.
First measurement of Ξ− polarization in photoproduction
J. Bono,J. Bono,L. Guo,Brian Raue,S. Adhikari,M. C. Kunkel,K. P. Adhikari,Z. Akbar,M. J. Amaryan,J. P. Ball,L. Barion,M. Bashkanov,M. Battaglieri,V. Batourine,I. Bedlinskiy,A. S. Biselli,William Brooks,Volker D. Burkert,F. Cao,D. S. Carman,A. Celentano,G. Charles,Taya Chetry,G. Ciullo,B. A. Clary,P. L. Cole,M. Contalbrigo,V. Crede,A. D'Angelo,N. Dashyan,R. De Vita,Maxime Defurne,A. Deur,S. Diehl,C. Djalali,Michael Dugger,H. Egiyan,H. Egiyan,A. El Alaoui,L. El Fassi,P. Eugenio,G. V. Fedotov,G. V. Fedotov,A. Filippi,A. Fradi,G. Gavalian,G. Gavalian,N. Gevorgyan,Y. Ghandilyan,F. X. Girod,F. X. Girod,D. I. Glazier,W. Gohn,E. Golovatch,R. W. Gothe,K. A. Griffioen,K. Hafidi,Nicholas M. Harrison,M. Hattawy,D. Heddle,D. Heddle,K. Hicks,M. Holtrop,Yordanka Ilieva,D. G. Ireland,E. L. Isupov,H. S. Jo,S. Johnston,M. L. Kabir,Dustin Keller,Dustin Keller,G. Khachatryan,M. Khachatryan,M. Khandaker,A. Kim,W. Kim,Avraham Klein,Friedrich Klein,V. P. Kubarovsky,P. Lenisa,K. Livingston,I. J. D. MacGregor,N. Markov,B. McKinnon,T. Mineeva,T. Mineeva,R. A. Montgomery,C. Munoz Camacho,G. Niculescu,M. Osipenko,A. I. Ostrovidov,Michael Paolone,R. Paremuzyan,K. Park,K. Park,E. Pasyuk,E. Pasyuk,W. Phelps,O. Pogorelko,J. W. Price,Y. Prok,Y. Prok,D. Protopopescu,M. Ripani,Alessandro Rizzo,G. Rosner,F. Sabatié,C. Salgado,R. A. Schumacher,Y. G. Sharabian,Iu. Skorodumina,Iu. Skorodumina,G. D. Smith,D. Sokhan,D. Sokhan,Nikos Sparveris,S. Stepanyan,I. I. Strakovsky,S. Strauch,M. Taiuti,J. A. Tan,M. Ungaro,M. Ungaro,H. Voskanyan,E. Voutier,Rong Wang,X. Wei,Michael Wood,Michael Wood,Nicholas Zachariou,Lorenzo Zana,Lorenzo Zana,Jie Zhang,Jie Zhang,Z. W. Zhao,Z. W. Zhao,Z. W. Zhao +136 more
TL;DR: In this paper, the induced polarization and transferred polarization from circularly polarized real photons, characterized by Cx and Cz, were measured using the CEBAF Large Acceptance Spectrometer (CLAS) at Jefferson Lab for photon energies from just over threshold (2.4 GeV) to 5.45 GeV.
Measurement of semi-inclusive π+ electroproduction off the proton
M. Osipenko,M. Ripani,G. Ricco,H. Avakian,R. De Vita,G. S. Adams,M. J. Amaryan,P. Ambrozewicz,M. Anghinolfi,G. Asryan,H. Bagdasaryan,H. Bagdasaryan,N. Baillie,J. P. Ball,N. A. Baltzell,S. Barrow,M. Battaglieri,I. Bedlinskiy,M. Bektasoglu,M. Bellis,M. Bellis,N. Benmouna,B. L. Berman,A. S. Biselli,A. S. Biselli,L. Blaszczyk,B. E. Bonner,Sylvain Bouchigny,S. Boiarinov,R. Bradford,D. Branford,W. J. Briscoe,W. K. Brooks,W. K. Brooks,S. Bültmann,Volker D. Burkert,C. Butuceanu,J. R. Calarco,S. L. Careccia,D. S. Carman,A. Cazes,Federico A. Ceccopieri,Shifeng Chen,P. L. Cole,P. L. Cole,P. Collins,P. Coltharp,P. Corvisiero,D. G. Crabb,V. Crede,J. P. Cummings,N. Dashyan,R. De Masi,E. De Sanctis,P. V. Degtyarenko,H. Denizli,L. C. Dennis,A. Deur,K. V. Dharmawardane,Kalvir S. Dhuga,R. Dickson,C. Djalali,G. E. Dodge,J. Donnelly,D. Doughty,D. Doughty,V. A. Drozdov,Michael Dugger,S. Dytman,O. P. Dzyubak,H. Egiyan,H. Egiyan,K. S. Egiyan,L. El Fassi,Latifa Elouadrhiri,P. Eugenio,R. Fatemi,G. V. Fedotov,Gerald Feldman,R. J. Feuerbach,H. O. Funsten,M. Garçon,G. Gavalian,G. Gavalian,G. P. Gilfoyle,K. L. Giovanetti,F. X. Girod,J. T. Goetz,E. N. Golovach,Atilla Gonenc,C. I O Gordon,R. W. Gothe,K. A. Griffioen,M. Guidal,M. Guillo,N. Guler,L. Guo,V. Gyurjyan,Cynthia Marie Hadjidakis,K. Hafidi,H. Hakobyan,R. S. Hakobyan,C. Hanretty,J. Hardie,J. Hardie,N. Hassall,D. Heddle,F. W. Hersman,K. Hicks,I. Hleiqawi,M. Holtrop,C. E. Hyde-Wright,Y. Ilieva,Alexander Ilyichev,D. G. Ireland,B. S. Ishkhanov,E. L. Isupov,M. M. Ito,D. Jenkins,H. S. Jo,K. Joo,K. Joo,H. G. Juengst,N. Kalantarians,J. D. Kellie,M. Khandaker,W. Kim,Avraham Klein,Friedrich Klein,Alexei V. Klimenko,M. Kossov,Z. Krahn,Laird Kramer,Laird Kramer,V. P. Kubarovsky,J. Kuhn,J. Kuhn,S. E. Kuhn,Sergey Kuleshov,J. Lachniet,J. Lachniet,J. M. Laget,J. Langheinrich,D. Lawrence,Ji Li,K. Livingston,H. Y. Lu,M. MacCormick,N. Markov,P. Mattione,S. McAleer,M. E. McCracken,B. McKinnon,J. W C McNabb,Bernhard Mecking,S. Mehrabyan,J. J. Melone,M. D. Mestayer,C. A. Meyer,Tsutomu Mibe,K. Mikhailov,R. C. Minehart,M. Mirazita,R. Miskimen,Victor Mokeev,Victor Mokeev,Kei Moriya,S. A. Morrow,Maryam Moteabbed,J. Mueller,E. Munevar,G. S. Mutchler,P. Nadel-Turonski,J. Napolitano,R. Nasseripour,R. Nasseripour,S. Niccolai,G. Niculescu,G. Niculescu,I. Niculescu,I. Niculescu,I. Niculescu,B. B. Niczyporuk,M. R. Niroula,R. A. Niyazov,R. A. Niyazov,M. Nozar,G. V. O'Rielly,A. I. Ostrovidov,K. Park,E. Pasyuk,C. Paterson,S. Anefalos Pereira,S. A. Philips,J. Pierce,N. Pivnyuk,Dinko Pocanic,O. Pogorelko,E. Polli,I. Popa,S. Pozdniakov,B. M. Preedom,J. W. Price,Y. Prok,D. Protopopescu,D. Protopopescu,L. M. Qin,Brian Raue,Brian Raue,G. Riccardi,Barry Ritchie,G. Rosner,Paolo Rossi,P. D. Rubin,F. Sabatié,J. Salamanca,C. Salgado,J. P. Santoro,J. P. Santoro,V. Sapunenko,R. A. Schumacher,V. S. Serov,Y. G. Sharabian,Nikolay Shvedunov,A. V. Skabelin,Elton Smith,L. C. Smith,D. I. Sober,D. Sokhan,A.V. Stavinsky,S. S. Stepanyan,S. Stepanyan,B. E. Stokes,P. Stoler,I. I. Strakovsky,S. Strauch,S. Strauch,M. Taiuti,D. J. Tedeschi,U. Thoma,U. Thoma,A. Tkabladze,A. Tkabladze,S. Tkachenko,L. Todor,Luca Trentadue,C. Tur,M. Ungaro,M. Ungaro,M. F. Vineyard,M. F. Vineyard,A. V. Vlassov,D. P. Watts,Larry Weinstein,D. P. Weygand,Michael L. Williams,E. Wolin,M. H. Wood,A. Yegneswaran,L. Zana,J. Zhang,B. Zhao,Z. W. Zhao +262 more
TL;DR: In this article, the complete fivefold differential cross sections were measured over a wide kinematic range including the complete range of azimuthal angles between hadronic and leptonic planes, enabling them to separate the φ-dependent terms.
Cross section for γn → π0n measured at the Mainz A2 experiment
W. J. Briscoe,M. Hadžimehmedović,A. E. Kudryavtsev,V. V. Kulikov,M. A. Martemianov,I. I. Strakovsky,Alfred Švarc,V. E. Tarasov,Ron L. Workman,S. Abt,Patrick Achenbach,C. S. Akondi,F. Afzal,P. Aguar-Bartolomé,Z. Ahmed,J. R. M. Annand,H. J. Arends,K. Bantawa,M. Bashkanov,R. Beck,M. Biroth,N. S. Borisov,A. Braghieri,S. A. Bulychjov,F. Cividini,C. Collicott,Susanna Costanza,A. G. Denig,E. J. Downie,P. Drexler,S. Fegan,M. I. Ferretti Bondy,S. Gardner,D. Ghosal,D. I. Glazier,I. Gorodnov,W. Gradl,M. Günther,D. Gurevich,Lena Heijkenskjöld,D. Hornidge,G. M. Huber,A. Käser,V. L. Kashevarov,S. Kay,M. Korolija,B. Krusche,A. B. Lazarev,K. Livingston,S. Lutterer,I. J. D. MacGregor,Roderick M. Macrae,D. M. Manley,P. P. Martel,J. C. McGeorge,D. G. Middleton,R. A. Miskimen,E. Mornacchi,A. N. Mushkarenkov,C. Mullen,A. B. Neganov,A. Neiser,M. Ostrick,P. B. Otte,H. Osmanović,R. Omerović,B. Oussena,Durga Paudyal,P. Pedroni,A. Powell,S. N. Prakhov,Guy Ron,T. Rostomyan,A. J. Sarty,C. Sfienti,V. Sokhoyan,K. Spieker,J. Stahov,O. Steffen,I. Supek,A. Thiel,Michaela Thiel,Anthony W. Thomas,L. Tiator,M. Unverzagt,Yu. A. Usov,N. K. Walford,D. P. Watts,S. Wagner,D. Werthmüller,J. Wettig,M. Wolfes,Nicholas Zachariou +92 more
TL;DR: In this paper, the photon-decay amplitudes at the resonance poles are determined for the first time, and the total photoabsorption cross-section is measured for 27 energy bins across the photon energy range 290 −813 MeV (approximately 1.553 GeV) and the pion c.m. polar production angles, ranging from −18 −1.
Heavy ion radiation damage in double-sided silicon strip detectors
TL;DR: In this article, a double-sided silicon strip detector was used to produce heavy-ion radiation damage in a 252Cf fission fragment source, and it was found that a good quality fission spectrum (as determined by the peak to valley ration N L N V ) could not be achieved for radiation incident on the p+ face of the detector.