All-sky Measurement of the Anisotropy of Cosmic Rays at 10 TeV and Mapping of the Local Interstellar Magnetic Field-Reference-Cited by-同舟云学术

All-sky Measurement of the Anisotropy of Cosmic Rays at 10 TeV and Mapping of the Local Interstellar Magnetic Field

Published:2019-01-24 Issue:1 Volume:871 Page:96
ISSN:1538-4357
Container-title:The Astrophysical Journal
language:
Short-container-title:ApJ

Author:

Abeysekara A. U.,Alfaro R.,Alvarez C.,Arceo R.,Arteaga-Velázquez J. C.,Rojas D. Avila,Belmont-Moreno E.,BenZvi S. Y.,Brisbois C.,Capistrán T.,Carramiana A.,Casanova S.,Cotti U.,Cotzomi J.,Díaz-Vélez J. C.^ORCID,De León C.,Fuente E. De la,Dichiara S.,DuVernois M. A.,Espinoza C.,Fiorino D. W.,Fleischhack H.,Fraija N.^ORCID,Galván-Gámez A.,García-González J. A.,González M. M.,Goodman J. A.,Hampel-Arias Z.,Harding J. P.,Hernandez S.,Hona B.,Hueyotl-Zahuantitla F.,Iriarte A.,Jardin-Blicq A.,Joshi V.,Lara A.,Vargas H. León,Luis-Raya G.,Malone K.,Marinelli S. S.,Martínez-Castro J.,Martinez O.,Matthews J. A.,Miranda-Romagnoli P.,Moreno E.,Mostafá M.,Nellen L.,Newbold M.,Nisa M. U.,Noriega-Papaqui R.,Pérez-Pérez E. G.,Pretz J.,Ren Z.,Rho C. D.,Rivière C.^ORCID,Rosa-González D.,Rosenberg M.,Salazar H.,Greus F. Salesa,Sandoval A.,Schneider M.,Schoorlemmer H.,Sinnis G.,Smith A. J.,Surajbali P.,Taboada I.,Tollefson K.,Torres I.,Villaseor L.,Weisgarber T.,Wood J.,Zepeda A.,Zhou H.,Álvarez J. D.,Aartsen M. G.,Ackermann M.,Adams J.,Aguilar J. A.,Ahlers M.,Ahrens M.,Altmann D.,Andeen K.,Anderson T.,Ansseau I.,Anton G.,Argüelles C.,Auffenberg J.,Axani S.,Backes P.,Bagherpour H.,Bai X.,Barbano A.,Barron J. P.,Barwick S. W.,Baum V.,Bay R.,Beatty J. J.,Tjus J. Becker,Becker K.-H.,BenZvi S.,Berley D.,Bernardini E.^ORCID,Besson D. Z.,Binder G.,Bindig D.,Blaufuss E.,Blot S.,Bohm C.,Börner M.,Bos F.,Böser S.,Botner O.,Bourbeau E.,Bourbeau J.,Bradascio F.,Braun J.,Bretz H.-P.,Bron S.,Brostean-Kaiser J.,Burgman A.,Busse R. S.,Carver T.,Cheung E.,Chirkin D.,Clark K.,Classen L.,Collin G. H.,Conrad J. M.,Coppin P.,Correa P.,Cowen D. F.,Cross R.,Dave P.,Day M.,de André J. P. A. M.,De Clercq C.,DeLaunay J. J.,Dembinski H.,Deoskar K.,De Ridder S.,Desiati P.^ORCID,de Vries K. D,de Wasseige G.^ORCID,de With M.,DeYoung T.,Díaz-Vélez J. C.,Dujmovic H.,Dunkman M.,Dvorak E.,Eberhardt B.,Ehrhardt T.,Eichmann B.,Eller P.,Evenson P. A.^ORCID,Fahey S.,Fazely A. R.,Felde J.,Filimonov K.,Finley C.,Franckowiak A.^ORCID,Friedman E.,Fritz A.,Gaisser T. K.,Gallagher J.,Ganster E.,Garrappa S.,Gerhardt L.,Ghorbani K.,Giang W.,Glauch T.,Glüsenkamp T.,Goldschmidt A.,Gonzalez J. G.,Grant D.,Griffith Z.,Haack C.,Hallgren A.,Halve L.,Halzen F.,Hanson K.,Hebecker D.,Heereman D.,Helbing K.,Hellauer R.,Hickford S.,Hignight J.,Hill G. C.,Hoffman K. D.,Hoffmann R.,Hoinka T.,Hokanson-Fasig B.,Hoshina K.,Huang F.,Huber M.^ORCID,Hultqvist K.,Hünnefeld M.,Hussain R.,In S.,Iovine N.,Ishihara A.,Jacobi E.,Japaridze G. S.,Jeong M.,Jero K.,Jones B. J. P.,Kalaczynski P.,Kang W.,Kappes A.,Kappesser D.,Karg T.,Karle A.,Katz U.^ORCID,Kauer M.,Keivani A.,Kelley J. L.,Kheirandish A.,Kim J.,Kintscher T.,Kiryluk J.,Kittler T.,Klein S. R.,Koirala R.,Kolanoski H.,Köpke L.,Kopper C.,Kopper S.,Koskinen D. J.,Kowalski M.,Krings K.,Kroll M.,Krückl G.,Kunwar S.,Kurahashi N.,Kyriacou A.,Labare M.,Lanfranchi J. L.,Larson M. J.,Lauber F.,Leonard K.,Leuermann M.,Liu Q. R.,Lohfink E.,Mariscal C. J. Lozano,Lu L.,Lünemann J.,Luszczak W.,Madsen J.,Maggi G.,Mahn K. B. M.,Makino Y.,Mancina S.,Mariş I. C.,Maruyama R.,Mase K.,Maunu R.,Meagher K.,Medici M.,Meier M.,Menne T.,Merino G.,Meures T.,Miarecki S.,Micallef J.,Momenté G.,Montaruli T.,Moore R. W.,Moulai M.,Nagai R.,Nahnhauer R.,Nakarmi P.,Naumann U.,Neer G.,Niederhausen H.,Nowicki S. C.,Nygren D. R.,Pollmann A. Obertacke,Olivas A.,O’Murchadha A.,O’Sullivan E.,Palczewski T.,Pandya H.,Pankova D. V.,Peiffer P.,Pepper J. A.^ORCID,de los Heros C. Pérez,Pieloth D.,Pinat E.,Pizzuto A.,Plum M.,Price P. B.,Przybylski G. T.,Raab C.,Rameez M.,Rauch L.,Rawlins K.,Rea I. C.,Reimann R.,Relethford B.,Renzi G.,Resconi E.,Rhode W.,Richman M.,Robertson S.,Rongen M.,Rott C.,Ruhe T.,Ryckbosch D.,Rysewyk D.,Safa I.,Herrera S. E. Sanchez,Sandrock A.,Sandroos J.,Santander M.^ORCID,Sarkar S.,Sarkar S.,Satalecka K.,Schaufel M.,Schlunder P.,Schmidt T.,Schneider A.,Schneider J.,Schöneberg S.,Schumacher L.,Sclafani S.,Seckel D.,Seunarine S.,Soedingrekso J.,Soldin D.,Song M.,Spiczak G. M.,Spiering C.,Stachurska J.,Stamatikos M.,Stanev T.,Stasik A.,Stein R.,Stettner J.,Steuer A.,Stezelberger T.,Stokstad R. G.,Stößl A.,Strotjohann N. L.,Stuttard T.,Sullivan G. W.,Sutherland M.,Taboada I.,Tenholt F.,Ter-Antonyan S.,Terliuk A.,Tilav S.,Toale P. A.,Tobin M. N.,Tönnis C.,Toscano S.,Tosi D.,Tselengidou M.,Tung C. F.,Turcati A.,Turcotte R.,Turley C. F.,Ty B.,Unger E.,Elorrieta M. A. Unland,Usner M.,Vandenbroucke J.,Van Driessche W.,van Eijk D.,van Eijndhoven N.,Vanheule S.,van Santen J.,Vraeghe M.,Walck C.,Wallace A.,Wallraff M.,Wandler F. D.,Wandkowsky N.,Watson T. B.,Weaver C.,Weiss M. J.,Wendt C.,Werthebach J.,Westerhoff S.^ORCID,Whelan B. J.,Whitehorn N.,Wiebe K.,Wiebusch C. H.,Wille L.,Williams D. R.,Wills L.,Wolf M.,Wood J.,Wood T. R.,Woolsey E.,Woschnagg K.,Wrede G.,Xu D. L.^ORCID,Xu X. W.,Xu Y.,Yanez J. P.,Yodh G.,Yoshida S.,Yuan T., ,

Publisher

American Astronomical Society

Subject

Space and Planetary Science,Astronomy and Astrophysics

Link

http://stacks.iop.org/0004-637X/871/i=1/a=96/pdf

Reference76 articles.

1. Observation of a large-scale anisotropy in the arrival directions of cosmic rays above 8 × 10 18 eV

2. OBSERVATION OF COSMIC-RAY ANISOTROPY WITH THE ICETOP AIR SHOWER ARRAY

3. ANISOTROPY IN COSMIC-RAY ARRIVAL DIRECTIONS IN THE SOUTHERN HEMISPHERE BASED ON SIX YEARS OF DATA FROM THE ICECUBE DETECTOR

4. The IceCube Neutrino Observatory: instrumentation and online systems

5. MEASUREMENT OF THE ANISOTROPY OF COSMIC-RAY ARRIVAL DIRECTIONS WITH ICECUBE

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