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The simultaneous low state spectral energy distribution of 1ES 2344+514 from radio to very high energies

Jelena Aleksić,L. A. Antonelli,P. Antoranz,M. Asensio,Michael Backes,U. Barres de Almeida,J. A. Barrio,W. Bednarek,K. Berger,E. Bernardini,A. Biland,O. Blanch,R. Böck,A. Boller,S. Bonnefoy,G. Bonnoli,D. Borla Tridon,T. Bretz,E. Carmona,A. Carosi,D. Fidalgo,P. Colin,E. Colombo,Juan L. Contreras,J. Cortina,L. Cossio,S. Covino,P. Da Vela,F. Dazzi,A. De Angelis,G. De Caneva,B. De Lotto,C. Delgado Mendez,M. Doert,A. Domínguez,D. Dominis Prester,D. Dorner,M. Doro,D. Eisenacher,D. Elsäesser,D. Ferenc,M. V. Fonseca,L. Font,C. Fruck,Ramon Garcia López,M. Garczarczyk,D. Garrido Terrats,M. Gaug,G. Giavitto,Nikola Godinović,A. González Muñoz,S. Gozzini,A. Hadamek,D. Hadasch,A. Herrero,J. Hose,Dario Hrupec,F. Jankowski,V. Kadenius,S. Klepser,M. L. Knoetig,T. Krähenbühl,J. Krause,J. Kushida,A. La Barbera,Damir Lelas,E. Leonardo,N. Lewandowska,E. Lindfors,S. Lombardi,M. López,R. López-Coto,Alicia López-Oramas,E. Lorenz,Irene Albarrán Lozano,M. Makariev,K. Mallot,G. Maneva,N. Mankuzhiyil,Karl Mannheim,L. Maraschi,B. Marcote,M. Mariotti,M. Martı́nez,J. Masbou,D. Mazin,M. Meucci,Jose Miguel Miranda,R. Mirzoyan,J. Moldón,A. Moralejo,P. Munar-Adrover,D. Nakajima,A. Niedźwiecki,D. Nieto,K. Nilsson,N. Nowak,R. Orito,S. Paiano,M. Palatiello,D. Paneque,R. Paoletti,J. M. Paredes,S. Partini,M. Peršić,M. Pilia,F. Prada,P. G. Prada Moroni,E. Prandini,Ivica Puljak,I. Reichardt,R. Reinthal,W. Rhode,M. Ribó,J. Rico,S. Rügamer,A. Saggion,Koji Saito,Tatsuhiko Saito,M. Salvati,K. Satalecka,V. Scalzotto,V. Scapin,C. Schultz,T. Schweizer,Steven N. Shore,A. Sillanpää,J. Sitarek,Iva Šnidarić,D. Sobczyńska,F. Spanier,S. Spiro,V. Stamatescu,A. Stamerra,B. Steinke,J. Storz,S. Sun,Tihomir Surić,L. O. Takalo,H. Takami,F. Tavecchio,P. Temnikov,Tomislav Terzić,D. Tescaro,M. Teshima,O. Tibolla,D. F. Torres,Takeshi Toyama,A. Treves,M. Uellenbeck,P. Vogler,R. G. Wagner,Q. Weitzel,F. Zandanel,R. Zanin,F. Longo,F. Lucarelli,C. Pittori,S. Vercellone,D. Bastieri,Carla Sbarra,E. Angelakis,L. Fuhrmann,I. Nestoras,T. P. Krichbaum,A. Sievers,J. A. Zensus,K. A. Antonyuk,W. H. Baumgartner,A. Berduygin,Marco Carini,Kyle Cook,N. Gehrels,M. Kadler,Y. Y. Kovalev,F. Krauß,H. A. Krimm,A. Lähteenmäki,M. L. Lister,W. Max-Moerbeck,M. Pasanen,A. B. Pushkarev,A. C. S. Readhead,J. L. Richards,J. Sainio,D. N. Shakhovskoy,K. V. Sokolovsky,M. Tornikoski,J. Tueller,M. Weidinger,J. Wilms

Spectral energy distribution

Physics

Astrophysics

2013

Context. BL Lacertae objects are variable at all energy bands on time scales down to minutes. To construct and interpret their spectral energy distribution (SED), simultaneous broad-band observations are mandatory. Up to now, the number of objects studied during such campaigns is very limited and biased towards high flux states.

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“The simultaneous low state spectral energy distribution of 1ES 2344+514 from radio to very high energies” is a paper by Jelena Aleksić L. A. Antonelli P. Antoranz M. Asensio Michael Backes U. Barres de Almeida J. A. Barrio W. Bednarek K. Berger E. Bernardini A. Biland O. Blanch R. Böck A. Boller S. Bonnefoy G. Bonnoli D. Borla Tridon T. Bretz E. Carmona A. Carosi D. Fidalgo P. Colin E. Colombo Juan L. Contreras J. Cortina L. Cossio S. Covino P. Da Vela F. Dazzi A. De Angelis G. De Caneva B. De Lotto C. Delgado Mendez M. Doert A. Domínguez D. Dominis Prester D. Dorner M. Doro D. Eisenacher D. Elsäesser D. Ferenc M. V. Fonseca L. Font C. Fruck Ramon Garcia López M. Garczarczyk D. Garrido Terrats M. Gaug G. Giavitto Nikola Godinović A. González Muñoz S. Gozzini A. Hadamek D. Hadasch A. Herrero J. Hose Dario Hrupec F. Jankowski V. Kadenius S. Klepser M. L. Knoetig T. Krähenbühl J. Krause J. Kushida A. La Barbera Damir Lelas E. Leonardo N. Lewandowska E. Lindfors S. Lombardi M. López R. López-Coto Alicia López-Oramas E. Lorenz Irene Albarrán Lozano M. Makariev K. Mallot G. Maneva N. Mankuzhiyil Karl Mannheim L. Maraschi B. Marcote M. Mariotti M. Martı́nez J. Masbou D. Mazin M. Meucci Jose Miguel Miranda R. Mirzoyan J. Moldón A. Moralejo P. Munar-Adrover D. Nakajima A. Niedźwiecki D. Nieto K. Nilsson N. Nowak R. Orito S. Paiano M. Palatiello D. Paneque R. Paoletti J. M. Paredes S. Partini M. Peršić M. Pilia F. Prada P. G. Prada Moroni E. Prandini Ivica Puljak I. Reichardt R. Reinthal W. Rhode M. Ribó J. Rico S. Rügamer A. Saggion Koji Saito Tatsuhiko Saito M. Salvati K. Satalecka V. Scalzotto V. Scapin C. Schultz T. Schweizer Steven N. Shore A. Sillanpää J. Sitarek Iva Šnidarić D. Sobczyńska F. Spanier S. Spiro V. Stamatescu A. Stamerra B. Steinke J. Storz S. Sun Tihomir Surić L. O. Takalo H. Takami F. Tavecchio P. Temnikov Tomislav Terzić D. Tescaro M. Teshima O. Tibolla D. F. Torres Takeshi Toyama A. Treves M. Uellenbeck P. Vogler R. G. Wagner Q. Weitzel F. Zandanel R. Zanin F. Longo F. Lucarelli C. Pittori S. Vercellone D. Bastieri Carla Sbarra E. Angelakis L. Fuhrmann I. Nestoras T. P. Krichbaum A. Sievers J. A. Zensus K. A. Antonyuk W. H. Baumgartner A. Berduygin Marco Carini Kyle Cook N. Gehrels M. Kadler Y. Y. Kovalev F. Krauß H. A. Krimm A. Lähteenmäki M. L. Lister W. Max-Moerbeck M. Pasanen A. B. Pushkarev A. C. S. Readhead J. L. Richards J. Sainio D. N. Shakhovskoy K. V. Sokolovsky M. Tornikoski J. Tueller M. Weidinger J. Wilms published in 2013. It has an Open Access status of “bronze”. You can read and download a PDF Full Text of this paper here.