Observatory science with eXTP

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英文篇名：Observatory science with eXTP 作者：Jean ; J.M.in ; 't ; Zand ; Enrico ; Bozzo ; JinLu ; Qu ; Xiang-Dong ; Li ; Lorenzo ; Amati ; Yang ; Chen ; Immacolata ; Donnarumma ; Victor ; Doroshenko ; Stephen ; A.Drake ; Margarita ; Hernanz ; Peter ; A.Jenke ; Thomas ; J.Maccarone ; Simin ; Mahmoodifar ; Domitilla ; de ; Martino ; Alessandra ; De ; Rosa ; Elena ; M.Rossi ; Antonia ; Rowlinson ; Gloria ; Sala ; Giulia ; Stratta ; Thomas ; M.Tauris ; Joern ; Wilms ; XueFeng ; Wu ; Ping ; Zhou ; Iván ; Agudo ; Diego ; Altamirano ; Jean-Luc ; Atteia ; Nils ; A.andersson ; M.Cristina ; Baglio ; David ; R.Ballantyne ; Altan ; Baykal ; Ehud ; Behar ; Tomaso ; Belloni ; Sudip ; Bhattacharyya ; Stefano ; Bianchi ; Anna ; Bilous ; Pere ; Blay ; Jo?o ; Braga ; S?ren ; Brandt ; Edward ; F.Brown ; Niccol? ; Bucciantini ; Luciano ; Burderi ; Edward ; M.Cackett ; Riccardo ; Campana ; Sergio ; Campana ; Piergiorgio ; Casella ; Yuri ; Cavecchi ; Frank ; Chambers ; Liang ; Chen ; Yu-Peng ; Chen ; Jér?me ; Chenevez ; Maria ; Chernyakova ; ChiChuan ; Jin ; Riccardo ; Ciolfi ; Elisa ; Costantini ; Andrew ; Cumming ; Antonino ; D'Aì ; Zi-Gao ; Dai ; Filippo ; D'Ammando ; Massimiliano ; De ; Pasquale ; Nathalie ; Degenaar ; Melania ; Del ; Santo ; Valerio ; D'Elia ; Tiziana ; Di ; Salvo ; Gerry ; Doyle ; Maurizio ; Falanga ; XiLong ; Fan ; Robert ; D.Ferdman ; Marco ; Feroci ; Federico ; Fraschetti ; Duncan ; K.Galloway ; Angelo ; F.Gambino ; Poshak ; Gandhi ; MingYu ; Ge ; Bruce ; Gendre ; Ramandeep ; Gill ; Diego ; G?tz ; Christian ; Gouiffès ; Paola ; Grandi ; Jonathan ; Granot ; Manuel ; Güdel ; Alexander ; Heger ; Craig ; O.Heinke ; Jeroen ; Homan ; Rosario ; Iaria ; Kazushi ; Iwasawa ; Luca ; Izzo ; Long ; Ji ; Peter ; G.Jonker ; Jordi ; José ; Jelle ; S.Kaastra ; Emrah ; Kalemci ; Oleg ; Kargaltsev ; Nobuyuki ; Kawai ; Laurens ; Keek ; Stefanie ; Komossa ; Ingo ; Kreykenbohm ; Lucien ; Kuiper ; Devaky ; Kunneriath ; Gang ; Li ; En-Wei ; Liang ; Manuel ; Linares ; Francesco ; Longo ; FangJun ; Lu ; Alexander ; A.Lutovinov ; Denys ; Malyshev ; Julien ; Malzac ; Antonios ; Manousakis ; Ian ; McHardy ; Missagh ; Mehdipour ; YunPeng ; Men ; Mariano ; Méndez ; Roberto ; P.Mignani ; Romana ; Mikusincova ; M.Coleman ; Miller ; Giovanni ; Miniutti ; Christian ; Motch ; Joonas ; N?ttil? ; Emanuele ; Nardini ; Torsten ; Neubert ; Paul ; T.O'Brien ; Mauro ; Orlandini ; Julian ; P.Osborne ; Luigi ; Pacciani ; Stéphane ; Paltani ; Maurizio ; Paolillo ; Iossif ; E.Papadakis ; Biswajit ; Paul ; Alberto ; Pellizzoni ; Uria ; Peretz ; Miguel ; A.Pérez ; Torres ; Emanuele ; Perinati ; Chanda ; Prescod-Weinstein ; Pablo ; Reig ; Alessandro ; Riggio ; Jerome ; Rodriguez ; Pablo ; Rodríguez-Gil ; Patrizia ; Romano ; Agata ; Ró?ańska ; Takanori ; Sakamoto ; Tuomo ; Salmi ; Ruben ; Salvaterra ; andrea ; Sanna ; andrea ; Santangelo ; Tuomas ; Savolainen ; Stéphane ; Schanne ; Hendrik ; Schatz ; LiJing ; Shao ; andy ; Shearer ; Steven ; N.Shore ; Ben ; W.Stappers ; Tod ; E.Strohmayer ; Valery ; F.Suleimanov ; Ji?í ; Svoboda ; F.-K.Thielemann ; Francesco ; Tombesi ; Diego ; F.Torres ; Eleonora ; Torresi ; Sara ; Turriziani ; andrea ; Vacchi ; Stefano ; Vercellone ; Jacco ; Vink ; Jian-Min ; Wang ; JunFeng ; Wang ; Anna ; L.Watts ; ShanShan ; Weng ; Nevin ; N.Weinberg ; Peter ; J.Wheatley ; Rudy ; Wijnands ; Tyrone ; E.Woods ; Stan ; E.Woosley ; ShaoLin ; Xiong ; YuPeng ; Xu ; Zhen ; Yan ; George ; Younes ; WenFei ; Yu ; Feng ; Yuan ; Luca ; Zampieri ; Silvia ; Zane ; andrzej ; A.Zdziarski ; Shuang-Nan ; Zhang ; Shu ; Zhang ; Shuo ; Zhang ; Xiao ; Zhang ; Michael ; Zingale 英文作者：Jean J.M.in 't Zand;Enrico Bozzo;JinLu Qu;Xiang-Dong Li;Lorenzo Amati;Yang Chen;Immacolata Donnarumma;Victor Doroshenko;Stephen A.Drake;Margarita Hernanz;Peter A.Jenke;Thomas J.Maccarone;Simin Mahmoodifar;Domitilla de Martino;Alessandra De Rosa;Elena M.Rossi;Antonia Rowlinson;Gloria Sala;Giulia Stratta;Thomas M.Tauris;Joern Wilms;XueFeng Wu;Ping Zhou;Iván Agudo;Diego Altamirano;Jean-Luc Atteia;Nils A.andersson;M.Cristina Baglio;David R.Ballantyne;Altan Baykal;Ehud Behar;Tomaso Belloni;Sudip Bhattacharyya;Stefano Bianchi;Anna Bilous;Pere Blay;Jo?o Braga;S?ren Brandt;Edward F.Brown;Niccol? Bucciantini;Luciano Burderi;Edward M.Cackett;Riccardo Campana;Sergio Campana;Piergiorgio Casella;Yuri Cavecchi;Frank Chambers;Liang Chen;Yu-Peng Chen;Jér?me Chenevez;Maria Chernyakova;ChiChuan Jin;Riccardo Ciolfi;Elisa Costantini;Andrew Cumming;Antonino D'Aì;Zi-Gao Dai;Filippo D'Ammando;Massimiliano De Pasquale;Nathalie Degenaar;Melania Del Santo;Valerio D'Elia;Tiziana Di Salvo;Gerry Doyle;Maurizio Falanga;XiLong Fan;Robert D.Ferdman;Marco Feroci;Federico Fraschetti;Duncan K.Galloway;Angelo F.Gambino;Poshak Gandhi;MingYu Ge;Bruce Gendre;Ramandeep Gill;Diego G?tz;Christian Gouiffès;Paola Grandi;Jonathan Granot;Manuel Güdel;Alexander Heger;Craig O.Heinke;Jeroen Homan;Rosario Iaria;Kazushi Iwasawa;Luca Izzo;Long Ji;Peter G.Jonker;Jordi José;Jelle S.Kaastra;Emrah Kalemci;Oleg Kargaltsev;Nobuyuki Kawai;Laurens Keek;Stefanie Komossa;Ingo Kreykenbohm;Lucien Kuiper;Devaky Kunneriath;Gang Li;En-Wei Liang;Manuel Linares;Francesco Longo;FangJun Lu;Alexander A.Lutovinov;Denys Malyshev;Julien Malzac;Antonios Manousakis;Ian McHardy;Missagh Mehdipour;YunPeng Men;Mariano Méndez;Roberto P.Mignani;Romana Mikusincova;M.Coleman Miller;Giovanni Miniutti;Christian Motch;Joonas N?ttil?;Emanuele Nardini;Torsten Neubert;Paul T.O'Brien;Mauro Orlandini;Julian P.Osborne;Luigi Pacciani;Stéphane Paltani;Maurizio Paolillo;Iossif E.Papadakis;Biswajit Paul;Alberto Pellizzoni;Uria Peretz;Miguel A.Pérez Torres;Emanuele Perinati;Chanda Prescod-Weinstein;Pablo Reig;Alessandro Riggio;Jerome Rodriguez;Pablo Rodríguez-Gil;Patrizia Romano;Agata Ró?ańska;Takanori Sakamoto;Tuomo Salmi;Ruben Salvaterra;andrea Sanna;andrea Santangelo;Tuomas Savolainen;Stéphane Schanne;Hendrik Schatz;LiJing Shao;andy Shearer;Steven N.Shore;Ben W.Stappers;Tod E.Strohmayer;Valery F.Suleimanov;Ji?í Svoboda;F.-K.Thielemann;Francesco Tombesi;Diego F.Torres;Eleonora Torresi;Sara Turriziani;andrea Vacchi;Stefano Vercellone;Jacco Vink;Jian-Min Wang;JunFeng Wang;Anna L.Watts;ShanShan Weng;Nevin N.Weinberg;Peter J.Wheatley;Rudy Wijnands;Tyrone E.Woods;Stan E.Woosley;ShaoLin Xiong;YuPeng Xu;Zhen Yan;George Younes;WenFei Yu;Feng Yuan;Luca Zampieri;Silvia Zane;andrzej A.Zdziarski;Shuang-Nan Zhang;Shu Zhang;Shuo Zhang;Xiao Zhang;Michael Zingale;SRON Netherlands Institute for Space Research;Department of Astronomy, University of Geneva;Key Laboratory for Particle Astrophysics, Institute of High Energy Physics, Chinese Academy of Sciences;School of Astronomy and Space Science, Nanjing University;INAF-IASF Bologna;ASI, Via del Politecnico snc;INAF-Istituto di Astrofisica e Planetologie Spaziali;Institut für Astronomie und Astrophysik Tübingen, Universit?t Tübingen;NASA Goddard Space Flight Center;ICREA & Institute of Space Sciences (IEEC-CSIC), Campus UAB, Carrer de Can Magrans;CSPAR, SPA University of Alabama in Huntsville;Department of Physics, Texas Tech University;INAF Osservatorio Astronomico di Capodimonte;Leiden Observatory, Leiden University;Anton Pannekoek Institute, University of Amsterdam;ASTRON Netherlands Institute for Radio Astronomy;Universitat Politecnica de Catalunya (UPC-IEEC);Universitá degli Studi di Urbino ‘Carlo Bo’;Max-Planck-Institut für Radioastronomie;Dr. Karl-Remeis-Sternwarte and Erlangen Centre for Astroparticle Physics (ECAP),Friedrich Alexander Universit?t Erlangen-Nurnberg;Purple Mountain Observatory, Chinese Academy of Sciences;Instituto de Astrofysíca de Andalucia - CSIC;Department of Physics and Astronomy, University of Southampton;IRAP, Université de Toulouse, CNRS, UPS, CNES;Mathematical Sciences and STAG Research Centre, University of Southampton;New York University Abu Dhabi;Center for Relativistic Astrophysics, School of Physics, Georgia Institute of Technology;Physics Department, Middle East Technical University;Department of Physics, Technion-Israel Institute of Technology;INAF Osservatorio Astronomico di Brera;Tata Institute of Fundamental Research;Dipartimento di Matematica e Fisica, Università degli Studi Roma Tre;Instituto de Astrofísica de Canarias;Instituto Nacional de Pesquisas Espaciais - INPE;National Space Institute, Technical University of Denmark (DTU Space);Department of Physics and Astronomy, Michigan State University;INAF Osservatorio Astrofisico di Arcetri;Dipartimento di Fisica, Universitá degli Studi di Cagliari;Department of Physics and Astronomy, Wayne State University;INAF Osservatorio Astronomico di Roma;Department of Astrophysical Sciences, Princeton University;Key Laboratory for Research in Galaxies and Cosmology, Shanghai Astronomical Observatory, Chinese Academy of Sciences;School of Physical Sciences, Dublin City University;Max-Planck-Institut für Extraterrestrische Physik, Giessenbachstrasse;INAF, Osservatorio Astronomico di Padova;INFN-TIFPA, Trento Institute for Fundamental Physics and Applications;Department of Physics and McGill Space Institute, McGill University;INAF/IASF Palermo;INAF - Istituto di Radioastronomia;Department of Astronomy and Space Sciences, Istanbul University;Universitá degli Studi di Palermo, Dipartimento di Fisica e Chimica;Armagh Observatory;International Space Science Institute (ISSI);School of Physics and Electronics Information, Hubei University of Education;SUPA, School of Physics and Astronomy, University of Glasgow;Faculty of Science, University of East Anglia;Department of Planetary Sciences and Astronomy, University of Arizona;School of Physics and Astronomy, Monash University;University of the Virgin Islands;Department of Natural Sciences, The Open University of Israel;CEA Paris-Saclay, DRF/IRFU/Département d’Astrophysique, Laboratoire AIM (UMR 7158);Department of Astrophysics, University of Vienna;School of Physics and Astronomy, University of Minnesota;Astronomy Department, Shanghai Jiao Tong University;Department of Physics, University of Alberta;Eureka Scientific, Inc., Oakland;ICREA & Institut de Ciéncies del Cosmos (ICCUB), Universitat de Barcelona (IEEC-UB);Instituto de Astrofisica de Andalucia (IAA-CSIC);Department of Astrophysics, IMAPP, Radboud University;Faculty of Engineering and Natural Sciences, Sabanci University, Orhanli-Tuzla;Department of Physics, The George Washington University;Department of Physics, Tokyo Institute of Technology;Department of Astronomy, University of Maryland, Park;Astronomical Institute, Academy of Sciences;GXU-NAOC Center for Astrophysics and Space Sciences, Department of Physics, Guangxi University;Dip. di Fisica, Universitá di Trieste and INFN;Space Research Institute of the Russian Academy of Sciences;Nicolaus Copernicus Astronomical Center, Polish Academy of Sciences;Department of Astronomy, School of Physics, Peking University;Kapteyn Astronomical Institute, University of Groningen;INAF Istituto di Astrofisica Spaziale e Fisica Cosmica;Institute of Theoretical Physics, Faculty of Mathematics and Physics, Charles University;Department of Astronomy and Joint Space-Science Institute, University of Maryland, College Park;Centro de Astrobiologia (CSIC-INTA), Dep. de Astrofsica, ESAC;Université de Strasbourg, CNRS, Observatoire Astronomique;Tuorla Observatory, Department of Physics and Astronomy, University of Turku;Department of Physics and Astronomy, University of Leicester, University Road;Dipartimento di Fisica Ettore Pancini, Universitá di Napoli Federico Ⅱ, via Cintia;Department of Physics and Institute of Theoretical and Computational Physics, University of Crete;Raman Research Institute, Sadashivnagar;INAF, Osservatorio Astronomico di Cagliari;Instituto de Astrofísica de Andalucía - CSIC;Department of Physics, University of Washington;IESL, Foundation for Research and Technology-Hellas;Departamento de Astrofísica, Universidad de La Laguna;N. Copernicus Astronomical Center;Department of Physics and Mathematics, Aoyama Gakuin University;Aalto University Metsahovi Radio Observatory;Aalto University Department of Electronics and Nanoengineering;National Superconducting Cyclotron Laboratory, Michigan State University;Centre for Astronomy, National University of Ireland;Dipartimento di Fisica ‘Enrico Fermi’, University of Pisa;INFN Sezione di Pisa;Jodrell Bank Centre for Astrophysics, School of Physics and Astronomy, The University of Manchester;Department of Physics, University of Basel;Computational Astrophysics Laboratory - RIKEN;Department of Mathematics, Computer Science and Physics, University of Udine;INFN Italian National Institute for Nuclear Physics;Department of Astronomy and Institute of Theoretical Physics and Astrophysics, Xiamen University;Department of Physics and Institute of Theoretical Physics, Nanjing Normal University;Department of Physics, and Kavli Institute for Astrophysics and Space Research, Massachusetts Institute of Technology;Department of Physics, University of Warwick;Department of Astronomy and Astrophysics, University of California;INAF Astronomical observatory of Padova;Mullard Space Science Laboratory, University College London;MIT Kavli Institute for Astrophysics and Space Research;Department of Physics and Astronomy, Stony Brook University; 英文关键词：space research instruments;;nuclear astrophysics;;flare stars;;accretion and accretion disks;;mass loss and stellar winds;;cataclysmic binaries;;X-ray binaries;;supernova remnants;;active galactic nuclei;;X-ray bursts;;gamma-ray bursts;;gravitational waves 中文刊名：JGXG 英文刊名：中国科学:物理学 力学 天文学(英文版) 机构：SRON Netherlands Institute for Space Research;Department of Astronomy, University of Geneva;Key Laboratory for Particle Astrophysics, Institute of High Energy Physics, Chinese Academy of Sciences;School of Astronomy and Space Science, Nanjing University;INAF-IASF Bologna;ASI, Via del Politecnico snc;INAF-Istituto di Astrofisica e Planetologie Spaziali;Institut für Astronomie und Astrophysik Tübingen, Universit?t Tübingen;NASA Goddard Space Flight Center;ICREA & Institute of Space Sciences (IEEC-CSIC), Campus UAB, Carrer de Can Magrans;CSPAR, SPA University of Alabama in Huntsville;Department of Physics, Texas Tech University;INAF Osservatorio Astronomico di Capodimonte;Leiden Observatory, Leiden University;Anton Pannekoek Institute, University of Amsterdam;ASTRON Netherlands Institute for Radio Astronomy;Universitat Politecnica de Catalunya (UPC-IEEC);Universitá degli Studi di Urbino ‘Carlo Bo’;Max-Planck-Institut für Radioastronomie;Dr. Karl-Remeis-Sternwarte and Erlangen Centre for Astroparticle Physics (ECAP),Friedrich Alexander Universit?t Erlangen-Nurnberg;Purple Mountain Observatory, Chinese Academy of Sciences;Instituto de Astrofysíca de Andalucia - CSIC;Department of Physics and Astronomy, University of Southampton;IRAP, Université de Toulouse, CNRS, UPS, CNES;Mathematical Sciences and STAG Research Centre, University of Southampton;New York University Abu Dhabi;Center for Relativistic Astrophysics, School of Physics, Georgia Institute of Technology;Physics Department, Middle East Technical University;Department of Physics, Technion-Israel Institute of Technology;INAF Osservatorio Astronomico di Brera;Tata Institute of Fundamental Research;Dipartimento di Matematica e Fisica, Università degli Studi Roma Tre;Instituto de Astrofísica de Canarias;Instituto Nacional de Pesquisas Espaciais - INPE;National Space Institute, Technical University of Denmark (DTU Space);Department of Physics and Astronomy, Michigan State University;INAF Osservatorio Astrofisico di Arcetri;Dipartimento di Fisica, Universitá degli Studi di Cagliari;Department of Physics and Astronomy, Wayne State University;INAF Osservatorio Astronomico di Roma;Department of Astrophysical Sciences, Princeton University;Key Laboratory for Research in Galaxies and Cosmology, Shanghai Astronomical Observatory, Chinese Academy of Sciences;School of Physical Sciences, Dublin City University;Max-Planck-Institut für Extraterrestrische Physik, Giessenbachstrasse;INAF, Osservatorio Astronomico di Padova;INFN-TIFPA, Trento Institute for Fundamental Physics and Applications;Department of Physics and McGill Space Institute, McGill University;INAF/IASF Palermo;INAF - Istituto di Radioastronomia;Department of Astronomy and Space Sciences, Istanbul University;Universitá degli Studi di Palermo, Dipartimento di Fisica e Chimica;Armagh Observatory;International Space Science Institute (ISSI);School of Physics and Electronics Information, Hubei University of Education;SUPA, School of Physics and Astronomy, University of Glasgow;Faculty of Science, University of East Anglia;Department of Planetary Sciences and Astronomy, University of Arizona;School of Physics and Astronomy, Monash University;University of the Virgin Islands;Department of Natural Sciences, The Open University of Israel;CEA Paris-Saclay, DRF/IRFU/Département d’Astrophysique, Laboratoire AIM (UMR 7158);Department of Astrophysics, University of Vienna;School of Physics and Astronomy, University of Minnesota;Astronomy Department, Shanghai Jiao Tong University;Department of Physics, University of Alberta;Eureka Scientific, Inc., Oakland;ICREA & Institut de Ciéncies del Cosmos (ICCUB), Universitat de Barcelona (IEEC-UB);Instituto de Astrofisica de Andalucia (IAA-CSIC);Department of Astrophysics, IMAPP, Radboud University;Faculty of Engineering and Natural Sciences, Sabanci University, Orhanli-Tuzla;Department of Physics, The George Washington University;Department of Physics, Tokyo Institute of Technology;Department of Astronomy, University of Maryland, Park;Astronomical Institute, Academy of Sciences;GXU-NAOC Center for Astrophysics and Space Sciences, Department of Physics, Guangxi University;Dip. di Fisica, Universitá di Trieste and INFN;Space Research Institute of the Russian Academy of Sciences;Nicolaus Copernicus Astronomical Center, Polish Academy of Sciences;Department of Astronomy, School of Physics, Peking University;Kapteyn Astronomical Institute, University of Groningen;INAF Istituto di Astrofisica Spaziale e Fisica Cosmica;Institute of Theoretical Physics, Faculty of Mathematics and Physics, Charles University;Department of Astronomy and Joint Space-Science Institute, University of Maryland, College Park;Centro de Astrobiologia (CSIC-INTA), Dep. de Astrofsica, ESAC;Université de Strasbourg, CNRS, Observatoire Astronomique;Tuorla Observatory, Department of Physics and Astronomy, University of Turku;Department of Physics and Astronomy, University of Leicester, University Road;Dipartimento di Fisica Ettore Pancini, Universitá di Napoli Federico Ⅱ, via Cintia;Department of Physics and Institute of Theoretical and Computational Physics, University of Crete;Raman Research Institute, Sadashivnagar;INAF, Osservatorio Astronomico di Cagliari;Instituto de Astrofísica de Andalucía - CSIC;Department of Physics, University of Washington;IESL, Foundation for Research and Technology-Hellas;Departamento de Astrofísica, Universidad de La Laguna;N. Copernicus Astronomical Center;Department of Physics and Mathematics, Aoyama Gakuin University;Aalto University Metsahovi Radio Observatory;Aalto University Department of Electronics and Nanoengineering;National Superconducting Cyclotron Laboratory, Michigan State University;Centre for Astronomy, National University of Ireland;Dipartimento di Fisica ‘Enrico Fermi’, University of Pisa;INFN Sezione di Pisa;Jodrell Bank Centre for Astrophysics, School of Physics and Astronomy, The University of Manchester;Department of Physics, University of Basel;Computational Astrophysics Laboratory - RIKEN;Department of Mathematics, Computer Science and Physics, University of Udine;INFN Italian National Institute for Nuclear Physics;Department of Astronomy and Institute of Theoretical Physics and Astrophysics, Xiamen University;Department of Physics and Institute of Theoretical Physics, Nanjing Normal University;Department of Physics, and Kavli Institute for Astrophysics and Space Research, Massachusetts Institute of Technology;Department of Physics, University of Warwick;Department of Astronomy and Astrophysics, University of California,Santa Cruz;INAF Astronomical observatory of Padova;Mullard Space Science Laboratory, University College London;MIT Kavli Institute for Astrophysics and Space Research;Department of Physics and Astronomy, Stony Brook University; 出版日期：2018-09-26 08:53 出版单位：Science China(Physics,Mechanics & Astronomy) 年：2019 期：v.62 基金：supported by the Royal Society, ERC Starting (Grant No. 639217);; he European Union Horizon 2020 Research and Innovation Programme under the Marie Sklodowska-Curie Global Fellowship (Grant No. 703916);; the National Natural Science Foundation of China (Grant Nos. 11233001, 11773014, 11633007, 11403074, 11333005, 11503008, and 11590781);; the National Basic Research Program of China (Grant No. 2015CB857100);; NASA (Grant No. NNX13AD28A);; an ARC Future Fellowship (Grant No. FT120100363);; the National Science Foundation (Grant No. PHY-1430152);; the Spanish MINECO (Grant No. AYA2016-76012-C3-1-P);; the ICCUB (Unidad de Excelencia ’Mar′?a de Maeztu’) (Grant No. MDM-2014-0369);; EU’s Horizon Programme through a Marie Sklodowska-Curie Fellowship (Grant No. 702638);; the Polish National Science Center (Grant Nos. 2015/17/B/ST9/03422, 2015/18/M/ST9/00541, 2013/10/M/ST9/00729, and 2015/18/A/ST9/00746);; the Strategic Priority Research Program of the Chinese Academy of Sciences (Grant No. XDA15020100);; the NWO Veni Fellowship (Grant No. 639.041.647) 语种：英文; 页：JGXG201902006 页数：42 CN：02 ISSN：11-5849/N 分类号：101-142

摘要

In this White Paper we present the potential of the enhanced X-ray Timing and Polarimetry(eXTP) mission for studies related to Observatory Science targets. These include flaring stars, supernova remnants, accreting white dwarfs, low and high mass X-ray binaries, radio quiet and radio loud active galactic nuclei, tidal disruption events, and gamma-ray bursts. eXTP will be excellently suited to study one common aspect of these objects: their often transient nature. Developed by an international Consortium led by the Institute of High Energy Physics of the Chinese Academy of Science, the eXTP mission is expected to be launched in the mid 2020s.
        In this White Paper we present the potential of the enhanced X-ray Timing and Polarimetry(eXTP) mission for studies related to Observatory Science targets. These include flaring stars, supernova remnants, accreting white dwarfs, low and high mass X-ray binaries, radio quiet and radio loud active galactic nuclei, tidal disruption events, and gamma-ray bursts. eXTP will be excellently suited to study one common aspect of these objects: their often transient nature. Developed by an international Consortium led by the Institute of High Energy Physics of the Chinese Academy of Science, the eXTP mission is expected to be launched in the mid 2020s.

引文

1 S.N.Zhang,A.Santangelo,M.Feroci,Y.P.Xu,F.J.Lu,Y.Chen,H.Feng,S.Zhang,L.Baldini,E.Bozzo,S.Brandt,Y.W.Dong,Y.Evangelista,M.Hernanz,V.Karas,N.Meidinger,A.Meuris,K.Nandra,T.Pan,G.Pareschi,P.Orleanski,Q.S.Huang,S.Schanne,G.Sironi,D.Spiga,J.Svoboda,G.Tagliaferri,C.Tenzer,A.Vacchi,S.Zane,D.Walton,Z.S.Wang,B.Winter,X.Wu,J.J.M.in’t Zand,M.Ahangarianabhari,G.Ambrosi,F.Ambrosino,M.Barbera,S.Basso,J.Bayer,R.Bellazzini,P.Bellutti,B.Bertucci,G.Bertuccio,G.Borghi,X.L.Cao,F.Cadoux,R.Campana,F.Ceraudo,T.X.Chen,Y.P.Chen,J.Chevenez,M.Civitani,W.W.Cui,A.De Rosa,E.Del Monte,S.Di Cosimo,S.Diebold,V.Doroshenko,M.Dovciak,Y.Y.Du,Q.M.Fan,Y.Favre,F.Fuschino,J.L.G′alvez,M.Gao,M.Y.Ge,O.Gevin,M.Grassi,Q.Y.Gu,Y.D.Gu,D.W.Han,B.Hong,W.Hu,L.Ji,S.M.Jia,W.C.Jiang,T.Kennedy,I.Kuvvetli,C.Labanti,L.Latronico,G.Li,M.S.Li,X.Li,W.Li,Z.W.Li,O.Limousin,H.W.Liu,X.J.Liu,B.Lu,T.Luo,D.Macera,P.Malcovati,A.Martindale,M.Michalska,B.Meng,M.Minuti,A.Morbidini,F.Muleri,S.Paltani,E.Perinati,A.Picciotto,C.Piemonte,J.L.Qu,A.Rachevski,I.Rashevskaya,J.Rodriguez,T.Schanz,Z.X.Shen,L.Z.Sheng,J.B.Song,L.M.Song,C.Sgro,L.Sun,Y.Tan,P.Uttley,B.Wang,D.L.Wang,G.F.Wang,J.Wang,L.P.Wang,Y.S.Wang,A.L.Watts,X.Y.Wen,S.L.Xiong,J.W.Yang,S.Yang,Y.J.Yang,N.Yu,W.D.Zhang,G.Zampa,N.Zampa,A.A.Zdziarski,A.M.Zhang,C.M.Zhang,F.Zhang,L.Zhang,T.Zhang,Y.Zhang,X.L.Zhang,Z.L.Zhang,B.S.Zhao,S.J.Zheng,Y.P.Zhou,N.Zorzi,and J.F.Zwart,Sci.China-Phys.Mech.Astron.62,029502(2019).
    2 K.Jahoda,C.B.Markwardt,Y.Radeva,A.H.Rots,M.J.Stark,J.H.Swank,T.E.Strohmayer,and W.Zhang,Astrophys.J.Suppl.S.163,401(2006).
    3 R.Jager,W.A.Mels,A.C.Brinkman,M.Y.Galama,H.Goulooze,J.Heise,P.Lowes,J.M.Muller,A.Naber,A.Rook,R.Schuurhof,J.J.Schuurmans,and G.Wiersma,Astron.Astrophys.Suppl.Ser.125,557(1997).
    4 A.De Rosa,P.Uttley,L.J.Gou,Y.Liu,C.Bambi,D.Barret,T.Belloni,E.Berti,S.Bianchi,I.Caiazzo,P.Casella,M.Feroci,V.Ferrari,L.Gualtieri,J.Heyl,A.Ingram,V.Karas,F.J.Lu,B.Luo,G.Matt,S.Motta,J.Neilsen,P.Pani,A.Santangelo,X.W.Shu,J.F.Wang,J.-M.Wang,Y.Q.Xue,Y.P.Xu,W.M.Yuan,Y.F.Yuan,S.-N.Zhang,S.Zhang,I.Agudo,L.Amati,N.Andersson,C.Baglio,P.Bakala,A.Baykal,S.Bhattacharyya,I.Bombaci,N.Bucciantini,F.Capitanio,R.Ciolfi,W.K.Cui,F.D’Ammando,T.Dauser,M.Del Santo,B.De Marco,T.Di Salvo,C.Done,M.Dovˇciak,A.C.Fabian,M.Falanga,A.F.Gambino,B.Gendre,V.Grinberg,A.Heger,J.Homan,R.Iaria,J.C.Jiang,C.C.Jin,E.Koerding,M.Linares,Z.Liu,T.J.Maccarone,J.Malzac,A.Manousakis,F.Marin,A.Marinucci,M.Mehdipour,M.M′endez,S.Migliari,C.Miller,G.Miniutti,E.Nardini,P.T.O’Brien,J.P.Osborne,P.O.Petrucci,A.Possenti,A.Riggio,J.Rodriguez,A.Sanna,L.J.Shao,M.Sobolewska,E.Sramkova,H.Stiele,G.Stratta,Z.Stuchlik,J.Svoboda,F.Tamburini,T.M.Tauris,F.Tombesi,G.Torok,M.Urbanec,F.Vincent,Q.W.Wu,F.Yuan,J.J.M.in’t Zand,A.A.Zdziarski,and X.L.Zhou,Sci.China-Phys.Mech.Astron.62,029504(2019).
    5 A.L.Watts,W.F.Yu,J.Poutanen,S.Zhang,S.Bhattacharyya,S.Bogdanov,L.Ji,A.Patruno,T.E.Riley,P.Bakala,A.Baykal,F.Bernardini,I.Bombaci,E.Brown,Y.Cavecchi,D.Chakrabarty,J.Chenevez,N.Degenaar,M.Del Santo,T.Di Salvo,V.Doroshenko,M.Falanga,R.D.Ferdman,M.Feroci,A.F.Gambino,M.Y.Ge,S.K.Greif,S.Guillot,C.Gungor,D.H.Hartmann,K.Hebeler,A.Heger,J.Homan,R.Iaria,J.in’t Zand,O.Kargaltsev,A.Kurkela,X.Y.Lai,A.Li,X.D.Li,Z.S.Li,M.Linares,F.J.Lu,S.Mahmoodifar,M.M′endez,M.C.Miller,S.Morsink,J.N¨attil¨a,A.Possenti,C.Prescod-Weinstein,J.L.Qu,A.Riggio,T.Salmi,A.Sanna,A.Santangelo,H.Schatz,A.Schwenk,L.M.Song,E.ˇSr′amkov′a,B.Stappers,H.Stiele,T.Strohmayer,I.Tews,L.Tolos,G.T¨or¨ok,D.Tsang,M.Urbanec,A.Vacchi,R.X.Xu,Y.P.Xu,S.Zane,G.B.Zhang,S.N.Zhang,W.D.Zhang,S.J.Zheng,and X.Zhou,Sci.China-Phys.Mech.Astron.62,029503(2019).
    6 A.Santangelo,S.Zane,H.Feng,R.X.Xu,V.Doroshenko,E.Bozzo,I.Caiazzo,F.C.Zelati,P.Esposito,D.Gonz′alez-Caniulef,J.Heyl,D.Huppenkothen,G.Israel,Z.S.Li,L.Lin,R.Mignani,N.Rea,M.Orlandini,R.Taverna,H.Tong,R.Turolla,C.Baglio,F.Bernardini,N.Bucciantini,M.Feroci,F.F¨urst,E.G¨oˇg¨us?,C.G¨ung¨or,L.Ji,F.J.Lu,A.Manousakis,S.Mereghetti,R.Mikusincova,B.Paul,C.PrescodWeinstein,G.Younes,A.Tiengo,Y.P.Xu,A.Watts,S.Zhang,and S.-N.Zhang,Sci.China-Phys.Mech.Astron.62,029505(2019).
    7 A.Goldstein,P.Veres,E.Burns,M.S.Briggs,R.Hamburg,D.Kocevski,C.A.Wilson-Hodge,R.D.Preece,S.Poolakkil,O.J.Roberts,C.M.Hui,V.Connaughton,J.Racusin,A.Kienlin,T.D.Canton,N.Christensen,T.Littenberg,K.Siellez,L.Blackburn,J.Broida,E.Bissaldi,W.H.Cleveland,M.H.Gibby,M.M.Giles,R.M.Kippen,S.McBreen,J.McEnery,C.A.Meegan,W.S.Paciesas,and M.Stanbro,Astrophys.J.848,L14(2017),arXiv:1710.05446.
    8 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.Lett.119,161101(2017).
    9 L.Amati,G.Stratta,J.L.Atteia,M.De Pasquale,E.Del Monte,B.Gendre,D.G¨otz,C.Guidorzi,L.Izzo,C.Kouveliotou,J.Osborne,A.V.Penacchioni,P.Romano,T.Sakamoto,R.Salvaterra,S.Schanne,J.J.M.in’t Zand,L.A.Antonelli,J.Braga,S.Brandt,N.Bucciantini,A.Castro-Tirado,V.D’Elia,M.Feroci,F.Fuschino,D.Guetta,F.Longo,M.Lyutikov,T.Maccarone,V.Mangano,M.Marisaldi,S.Mereghetti,P.O’Brien,E.M.Rossi,F.Ryde,P.Soffitta,E.Troja,R.A.M.J.Wijers,and B.Zhang,arXiv:1501.02772.
    10 D.de Martino,G.Sala,S.Balman,F.Bernardini,A.Bianchini,M.Bode,J.M.Bonnet-Bidaud,M.Falanga,J.Greiner,P.Groot,M.Hernanz,G.Israel,J.Jose,C.Motch,M.Mouchet,A.J.Norton,A.Nucita,M.Orio,J.Osborne,G.Ramsay,P.RodriguezGil,S.Scaringi,A.Schwope,I.Traulsen,and F.Tamburini,arXiv:1501.02767.
    11 I.Donnarumma,I.Agudo,L.Costamante,F.D’Ammando,G.Giovannini,P.Giommi,M.Giroletti,P.Grandi,S.G.Jorstad,A.P.Marscher,M.Orienti,L.Pacciani,T.Savolainen,A.Stamerra,F.Tavecchio,E.Torresi,A.Tramacere,S.Turriziani,S.Vercellone,and A.Zech,arXiv:1501.02770.
    12 S.A.Drake,E.Behar,J.G.Doyle,M.G¨udel,K.Hamaguchi,A.F.Kowalski,T.Maccarone,R.A.Osten,U.Peretz,S.J.Wolk,arXiv:1501.02771.
    13 J.J.M.in’t Zand,D.Altamirano,D.R.Ballantyne,S.Bhattacharyya,E.F.Brown,Y.Cavecchi,D.Chakrabarty,J.Chenevez,A.Cumming,N.Degenaar,M.Falanga,D.K.Galloway,A.Heger,J.Jos′e,L.Keek,M.Linares,S.Mahmoodifar,C.M.Malone,M.M′endez,M.C.Miller,F.B.S.Paerels,J.Poutanen,A.R′ozanska,H.Schatz,M.Serino,T.E.Strohmayer,V.F.Suleimanov,F.K.Thielemann,A.L.Watts,N.N.Weinberg,S.E.Woosley,W.Yu,S.Zhang,and M.Zingale,arXiv:1501.02776.
    14 T.J.Maccarone,R.A.M.Wijnands,N.Degenaar,A.Archibald,A.Watts,S.Vaughan,G.Wynn,G.Knevitt,W.Farr,N.Andersson,M.van der Klis,A.Patruno,and T.M.Tauris,arXiv:1501.02769.
    15 M.Marisaldi,D.M.Smith,S.Brandt,M.S.Briggs,C.BudtzJ?rgensen,R.Campana,B.E.Carlson,S.Celestin,V.Connaughton,S.A.Cummer,J.R.Dwyer,G.J.Fishman,M.Fullekrug,F.Fuschino,T.Gjesteland,T.Neubert,N.?stgaard,and M.Tavani,arXiv:1501.02775.
    16 R.P.Mignani,F.Bocchino,N.Bucciantini,M.Burgay,G.Cusumano,A.De Luca,P.Esposito,C.Gouiffes,W.Hermsen,G.Kanbach,L.Kuiper,G.L.Israel,M.Marelli,S.Mereghetti,T.Mineo,C.Motch,A.Pellizzoni,A.Possenti,P.S.Ray,N.Rea,B.Rudak,D.Salvetti,A.Shearer,A.S?owikowska,A.Tiengo,R.Turolla,and N.Webb,arXiv:1501.02773.
    17 M.Orlandini,V.Doroshenko,L.Zampieri,E.Bozzo,A.Baykal,P.Blay,M.Chernyakova,R.Corbet,A.D’A`?,T.Enoto,C.Ferrigno,M.Finger,D.Klochkov,I.Kreykenbohm,S.C.Inam,P.Jenke,J.C.Leyder,N.Masetti,A.Manousakis,T.Mihara,B.Paul,K.Postnov,P.Reig,P.Romano,A.Santangelo,N.Shakura,R.Staubert,J.M.Torrej′on,R.Walter,J.Wilms,and C.Wilson-Hodge,arXiv:1501.02777.
    18 E.M.Rossi,I.Donnarumma,R.Fender,P.Jonker,S.Komossa,Z.Paragi,I.Prandoni,and L.Zampieri,arXiv:1501.20774.
    19 A.De Rosa,S.Bianchi,M.Giroletti,A.Marinucci,M.Paolillo,I.Papadakis,G.Risaliti,F.Tombesi,M.Cappi,B.Czerny,M.Dadina,B.De Marco,M.Dovciak,V.Karas,D.Kunneriath,F.La Franca,A.Manousakis,A.Markowitz,I.McHardy,M.Mehdipour,G.Miniutti,S.Paltani,M.Perez-Torres,B.Peterson,E.Piconcelli,P.O.Petrucci,G.Ponti,A.Rozanska,M.Salvati,M.Sobolewska,J.Svoboda,D.Trevese,P.Uttley,F.Vagnetti,S.Vaughan,C.Vignali,F.H.Vincent,and A.Zdziarski,arXiv:1501.02768.
    20 R.C.Carrington,Mon.Not.R.Astron.Soc.20,13(1859).
    21 J.Guo,and H.Zhang,in Correlation between speed of CMEs and parameters of longitudinal magnetic field of CME-related active regions:Proceeding of the 36th COSPAR Scientific Assembly,Vol.36.(COSPAR,Beijing,2006).
    22 M.G¨udel,and Y.Naz′e,Astron.Astrophys.Rev.17,309(2009),arXiv:0904.3078.
    23 A.O.Benz,and M.G¨udel,Annu.Rev.Astron.Astrophys.48,241(2010).
    24 G.Huang,and J.Li,Astrophys.J.740,46(2011).
    25 R.Nordon,and E.Behar,Astron.Astrophys.482,639(2008),arXiv:0712.0482.
    26 H.He,H.Wang,and D.Yun,Astrophys.J.Suppl.Ser.221,18(2015),arXiv:1602.02233.
    27 A.Segura,L.M.Walkowicz,V.Meadows,J.Kasting,and S.Hawley,Astrobiology 10,751(2010),arXiv:1006.0022.
    28 K.J.H.Phillips,C.Chifor,and B.R.Dennis,Astrophys.J.647,1480(2006).
    29 S.P.Reynolds,K.J.Borkowski,U.Hwang,J.P.Hughes,C.Badenes,J.M.Laming,and J.M.Blondin,Astrophys.J.668,L135(2007),arXiv:0708.3858.
    30 S.P.Reynolds,Annu.Rev.Astron.Astrophys.46,89(2008).
    31 P.Blasi,E.Amato,and M.D’Angelo,Phys.Rev.Lett.115,121101(2015),arXiv:1508.02866.
    32 D.Caprioli,in 34th International Cosmic Ray Conference(ICRC2015),30 July-6 August,2015,The Hague,The Netherlands(The Hague,2015)p.8.
    33 A.M.Hillas,J.Phys.G-Nucl.Part.Phys.31,R95(2005).
    34 M.G.Blasi,R.Lico,M.Giroletti,M.Orienti,G.Giovannini,W.Cotton,P.G.Edwards,L.Fuhrmann,T.P.Krichbaum,Y.Y.Kovalev,S.Jorstad,A.Marscher,M.Kino,D.Paneque,M.A.Perez-Torres,B.G.Piner,and K.V.Sokolovsky,Astron.Astrophys.559,A75(2013),arXiv:1310.4973.
    35 M.S.Fulbright,and S.P.Reynolds,Astrophys.J.357,591(1990).
    36 E.M.Reynoso,J.P.Hughes,and D.A.Moffett,Astrophys.J.145,104(2013),arXiv:1302.4678.
    37 E.A.Helder,and J.Vink,Astrophys.J.686,1094(2008),arXiv:0806.3748.
    38 Y.Uchiyama,and F.A.Aharonian,Astrophys.J.677,L105(2008),arXiv:0803.3410.
    39 K.Koyama,R.Petre,E.V.Gotthelf,U.Hwang,M.Matsuura,M.Ozaki,and S.S.Holt,Nature 378,255(1995).
    40 J.Ballet,Adv.Space Res.37,1902(2006).
    41 R.Nakamura,A.Bamba,T.Dotani,M.Ishida,R.Yamazaki,and K.Kohri,Astrophys.J.746,134(2012),arXiv:1112.0822.
    42 J.W.Armstrong,B.J.Rickett,and S.R.Spangler,Astrophys.J.443,209(1995).
    43 A.R.Bell,Mon.Not.R.Astron.Soc.353,550(2004).
    44 J.Giacalone,and J.R.Jokipii,Astrophys.J.663,L41(2007).
    45 T.Inoue,R.Yamazaki,S.Inutsuka,and Y.Fukui,Astrophys.J.744,71(2012),arXiv:1106.3080.
    46 F.Fraschetti,Astrophys.J.770,84(2013),arXiv:1304.4956.
    47 Y.Uchiyama,F.A.Aharonian,T.Tanaka,T.Takahashi,and Y.Maeda,Nature 449,576(2007).
    48 D.J.Patnaude,and R.A.Fesen,Astrophys.J.697,535(2009),arXiv:0808.0692.
    49 G.B.Field,Astrophys.J.142,531(1965).
    50 S.P.Reynolds,G.G.Pavlov,O.Kargaltsev,N.Klingler,M.Renaud,and S.Mereghetti,Space Sci.Rev.207,175(2017),arXiv:1705.08897.
    51 O.Kargaltsev,B.Cerutti,Y.Lyubarsky,and E.Striani,Space Sci.Rev.191,391(2015),arXiv:1507.03662.
    52 C.Knigge,I.Baraffe,and J.Patterson,Astrophys.J.Suppl.Ser.194,28(2011),arXiv:1102.2440.
    53 J.Jos′e,in Stellar Explosions:Hydrodynamics and Nucleosynthesis,edited by J.Jos′e(CRC Press/Taylor and Francis,Boca Raton,2016),p.259.
    54 R.S.Warwick,Mon.Not.R.Astron.Soc.445,66(2014),arXiv:1409.0747.
    55 K.Perez,C.J.Hailey,F.E.Bauer,R.A.Krivonos,K.Mori,F.K.Baganoff,N.M.Barri`ere,S.E.Boggs,F.E.Christensen,W.W.Craig,B.W.Grefenstette,J.E.Grindlay,F.A.Harrison,J.Hong,K.K.Madsen,M.Nynka,D.Stern,J.A.Tomsick,D.R.Wik,S.Zhang,W.W.Zhang,and A.Zoglauer,Nature 520,646(2015).
    56 C.J.Hailey,K.Mori,K.Perez,A.M.Canipe,J.Hong,J.A.Tomsick,S.E.Boggs,F.E.Christensen,W.W.Craig,F.Fornasini,J.E.Grindlay,F.A.Harrison,M.Nynka,F.Rahoui,D.Stern,S.Zhang,and W.W.Zhang,Astrophys.J.826,160(2016),arXiv:1605.06066.
    57 J.S.Hong,K.Mori,C.J.Hailey,M.Nynka,S.Zhang,E.Gotthelf,F.M.Fornasini,R.Krivonos,F.Bauer,K.Perez,J.A.Tomsick,A.Bodaghee,J.L.Chiu,M.Clavel,D.Stern,J.E.Grindlay,D.M.Alexander,T.Aramaki,F.K.Baganoff,D.Barret,N.Barri′ere,S.E.Boggs,A.M.Canipe,F.E.Christensen,W.W.Craig,M.A.Desai,K.Forster,P.Giommi,B.W.Grefenstette,F.A.Harrison,D.Hong,A.Hornstrup,T.Kitaguchi,J.E.Koglin,K.K.Madsen,P.H.Mao,H.Miyasaka,M.Perri,M.J.Pivovaroff,S.Puccetti,V.Rana,N.J.Westergaard,W.W.Zhang,and A.Zoglauer,Astrophys.J.825,132(2016),arXiv:1605.03882.
    58 K.Koyama,Publ.Astron.Soc.Jpn.70,R1(2018),arXiv:1708.05501.
    59 E.Kuulkers,in Compact Stellar X-ray Sources,edited by W.H.G.Lewin and M.van der Klis,CUP,Cambridge Astrophysics Series 39(Cambridge University Press,Cambridge,2006),p.421.
    60 R.di Stefano,and S.Rappaport,Astrophys.J.437,733(1994).
    61 T.E.Woods,and M.Gilfanov,Mon.Not.R.Astron.Soc.455,1770(2016),arXiv:1510.05768.
    62 J.U.Ness,A.P.Beardmore,J.P.Osborne,E.Kuulkers,M.Henze,A.L.Piro,J.J.Drake,A.Dobrotka,G.Schwarz,S.Starrfield,P.Kretschmar,M.Hirsch,and J.Wilms,Astron.Astrophys.578,A39(2015),arXiv:1503.00186.
    63 K.Wu,Space Sci.Rev.93,611(2000).
    64 B.Warner,Publ.Astron.Soc.Pac.116,115(2004).
    65 Balman,and M.Revnivtsev,Astron.Astrophys.546,A112(2012),arXiv:1208.5940.
    66 J.Casanova,J.Jos′e,E.Garc′?a-Berro,S.N.Shore,and A.C.Calder,Nature 478,490(2011).
    67 M.Ackermann,et al.(The Fermi-LAT Collaboration),Science 345,554(2014),arXiv:1408.0735.
    68 C.C.Cheung,P.Jean,S.N.Shore,Stawarz,R.H.D.Corbet,J.Kn¨odlseder,S.Starrfield,D.L.Wood,R.Desiante,F.Longo,G.Pivato,and K.S.Wood,Astrophys.J.826,142(2016),arXiv:1605.04216.
    69 V.Tatischeff,and M.Hernanz,Astrophys.J.663,L101(2007),arXiv:0705.4422.
    70 J.L.Sokoloski,G.J.M.Luna,K.Mukai,and S.J.Kenyon,Nature442,276(2006).
    71 B.D.Metzger,T.Finzell,I.Vurm,R.Hasco¨et,A.M.Beloborodov,and L.Chomiuk,Mon.Not.R.Astron.Soc.450,2739(2015),arXiv:1501.05308.
    72 G.J.Schwarz,J.U.Ness,J.P.Osborne,K.L.Page,P.A.Evans,A.P.Beardmore,F.M.Walter,L.A.Helton,C.E.Woodward,M.Bode,S.Starrfield,and J.J.Drake,Astrophys.J.Suppl.Ser.197,31(2011),arXiv:1110.6224.
    73 J.P.Osborne,K.L.Page,A.P.Beardmore,M.F.Bode,M.R.Goad,T.J.O’Brien,S.Starrfield,T.Rauch,J.U.Ness,J.Krautter,G.Schwarz,D.N.Burrows,N.Gehrels,J.J.Drake,A.Evans,and S.P.S.Eyres,Astrophys.J.727,124(2011),arXiv:1011.5327.
    74 P.J.Wheatley,C.W.Mauche,and J.A.Mattei,Mon.Not.R.Astron.Soc.345,49(2003).
    75 D.Fertig,K.Mukai,T.Nelson,and J.K.Cannizzo,Publ.Astron.Soc.Pac.123,1054(2011),arXiv:1107.3142.
    76 E.Kording,M.Rupen,C.Knigge,R.Fender,V.Dhawan,M.Templeton,and T.Muxlow,Science 320,1318(2008),arXiv:0806.1002.
    77 E.G.K¨ording,C.Knigge,T.Tzioumis,and R.Fender,Mon.Not.R.Astron.Soc.-Lett.418,L129(2011).
    78 D.L.Coppejans,E.G.K¨ording,J.C.A.Miller-Jones,M.P.Rupen,G.R.Sivakoff,C.Knigge,P.J.Groot,P.A.Woudt,E.O.Waagen,and M.Templeton,Mon.Not.R.Astron.Soc.463,2229(2016),arXiv:1608.06295.
    79 S?.Balman,P.Godon,and E.M.Sion,Astrophys.J.794,84(2014),arXiv:1408.1996.
    80 M.Coriat,S.Corbel,L.Prat,J.C.A.Miller-Jones,D.Cseh,A.K.Tzioumis,C.Brocksopp,J.Rodriguez,R.P.Fender,and G.R.Sivakoff,Mon.Not.R.Astron.Soc.414,677(2011),arXiv:1101.5159.
    81 D.Bhattacharya,Phys.Rep.203,1(1991).
    82 Z.Han,and P.Podsiadlowski,in The Art of Modeling Stars in the21st Century,Vol.252,edited by L.Deng,K.L.Chan(Cambridge University Press,Cambridge,2008),p.349.
    83 T.M.Tauris,and E.P.J.van den Heuvel,in Compact Stellar X-ray Sources,Cambridge Astrophysics(Book 39),edited by W.H.G.Lewin,and M.van der Klis(Cambridge University Press,Cambridge,2006),p.623.
    84 T.M.Tauris,M.Kramer,P.C.C.Freire,N.Wex,H.T.Janka,N.Langer,P.Podsiadlowski,E.Bozzo,S.Chaty,M.U.Kruckow,E.P.J.Heuvel,J.Antoniadis,R.P.Breton,and D.J.Champion,Astrophys.J.846,170(2017),arXiv:1706.09438.
    85 R.Cornelisse,F.Verbunt,J.J.M.in’t Zand,E.Kuulkers,J.Heise,R.A.Remillard,M.Cocchi,L.Natalucci,A.Bazzano,and P.Ubertini,Astron.Astrophys.392,885(2002).
    86 N.Degenaar,and R.Wijnands,Astron.Astrophys.524,A69(2010),arXiv:1007.0249.
    87 A.R.King,and R.Wijnands,Mon.Not.R.Astron.Soc.-Lett.366,L31(2006).
    88 Y.X.Wu,W.Yu,T.P.Li,T.J.Maccarone,and X.D.Li,Astrophys.J.718,620(2010),arXiv:1006.0057.
    89 G.Knevitt,G.A.Wynn,S.Vaughan,and M.G.Watson,Mon.Not.R.Astron.Soc.437,3087(2014),arXiv:1310.8303.
    90 F.¨Ozel,D.Psaltis,R.Narayan,and J.E.McClintock,Astrophys.J.725,1918(2010),arXiv:1006.2834.
    91 L.Kreidberg,C.D.Bailyn,W.M.Farr,and V.Kalogera,Astrophys.J.757,36(2012),arXiv:1205.1805.
    92 C.Wang,K.Jia,and X.D.Li,Mon.Not.R.Astron.Soc.457,1015(2016),arXiv:1601.02721.
    93 L.Wyrzykowski,Z.Kostrzewa-Rutkowska,J.Skowron,K.A.Rybicki,P.Mr′oz,S.Koz?owski,A.Udalski,M.K.Szyma′nski,G.Pietrzy′nski,I.Soszy′nski,K.Ulaczyk,P.Pietrukowicz,R.Poleski,M.Pawlak,K.I?kiewicz,and N.J.Rattenbury,Mon.Not.R.Astron.Soc.458,3012(2016),arXiv:1509.04899.
    94 M.S.E.Roberts,Proc.IAU 8,127(2012),arXiv:1210.6903.
    95 B.Haskell,and A.Patruno,Phys.Rev.Lett.119,161103(2017),arXiv:1703.08374.
    96 C.O.Heinke,N.Ivanova,M.C.Engel,K.Pavlovskii,G.R.Sivakoff,T.F.Cartwright,and J.C.Gladstone,Astrophys.J.768,184(2013),arXiv:1303.5864.
    97 L.M.van Haaften,G.Nelemans,R.Voss,M.A.Wood,and J.Kuijpers,Astron.Astrophys.537,A104(2012),arXiv:1111.5978.
    98 H.L.Chen,X.Chen,T.M.Tauris,and Z.Han,Astrophys.J.775,27(2013),arXiv:1308.4107.
    99 A.M.Archibald,V.M.Kaspi,S.Bogdanov,J.W.T.Hessels,I.H.Stairs,S.M.Ransom,and M.A.McLaughlin,Astrophys.J.722,88(2010),arXiv:1008.1068.
    100 A.Papitto,C.Ferrigno,E.Bozzo,N.Rea,L.Pavan,L.Burderi,M.Burgay,S.Campana,T.Di Salvo,M.Falanga,M.D.Filipovi′c,P.C.C.Freire,J.W.T.Hessels,A.Possenti,S.M.Ransom,A.Riggio,P.Romano,J.M.Sarkissian,I.H.Stairs,L.Stella,D.F.Torres,M.H.Wieringa,and G.F.Wong,Nature 501,517(2013),arXiv:1305.3884.
    101 C.G.Bassa,A.Patruno,J.W.T.Hessels,E.F.Keane,B.Monard,E.K.Mahony,S.Bogdanov,S.Corbel,P.G.Edwards,A.M.Archibald,G.H.Janssen,B.W.Stappers,and S.Tendulkar,Mon.Not.R.Astron.Soc.441,1825(2014),arXiv:1402.0765.
    102 S.Bogdanov,and J.P.Halpern,Astrophys.J.803,L27(2015),arXiv:1503.01698.
    103 C.H.Lee,G.E.Brown,and R.A.M.J.Wijers,Astrophys.J.575,996(2002).
    104 S.A.Rappaport,J.M.Fregeau,and H.Spruit,Astrophys.J.606,436(2004).
    105 E.Bozzo,L.Stella,M.Vietri,and P.Ghosh,Astron.Astrophys.493,809(2009),arXiv:0811.0049.
    106 T.M.Tauris,Science 335,561(2012),arXiv:1202.0551.
    107 C.R.D’Angelo,Mon.Not.R.Astron.Soc.470,3316(2017),arXiv:1609.08654.
    108 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Class.Quantum Grav.34,044001(2017),arXiv:1607.08697.
    109 B.Haskell,M.Priymak,A.Patruno,M.Oppenoorth,A.Melatos,and P.D.Lasky,Mon.Not.R.Astron.Soc.450,2393(2015),arXiv:1501.06039.
    110 A.L.Watts,B.Krishnan,L.Bildsten,and B.F.Schutz,Mon.Not.R.Astron.Soc.389,839(2008),arXiv:0803.4097.
    111 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.D 95,042003(2017),arXiv:1611.02972.
    112 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Astrophys.J.847,47(2017).
    113 S.Bhattacharyya,and D.Chakrabarty,Astrophys.J.835,4(2017),arXiv:1612.04962.
    114 H.Ritter,and U.Kolb,Astron.Astrophys.404,301(2003).
    115 B.Warner,Mon.Not.R.Astron.Soc.227,23(1987).
    116 G.Nelemans,L.R.Yungelson,and S.F.P.Zwart,Astron.Astrophys.375,890(2001).
    117 J.Luo,L.S.Chen,H.Z.Duan,Y.G.Gong,S.Hu,J.Ji,Q.Liu,J.Mei,V.Milyukov,M.Sazhin,C.G.Shao,V.T.Toth,H.B.Tu,Y.Wang,Y.Wang,H.C.Yeh,M.S.Zhan,Y.Zhang,V.Zharov,and Z.B.Zhou,Class.Quantum Grav.33,035010(2016),arXiv:1512.02076.
    118 X.Gong,S.Xu,S.Bai,Z.Cao,G.Chen,Y.Chen,X.He,G.Heinzel,Y.K.Lau,C.Liu,J.Luo,Z.Luo,A.P.Pat′on,A.R¨udiger,M.Shao,R.Spurzem,Y.Wang,P.Xu,H.C.Yeh,Y.Yuan,and Z.Zhou,Class.Quantum Grav.28,094012(2011).
    119 G.Wiktorowicz,K.Belczynski,and T.Maccarone,in Proceeding of‘Binary Systems,Their Evolution and Environments’,held 1-5September 2014 at Ulaanbatar,Mongolia(Ulaanbatar,2014).
    120 F.¨Ozel,and P.Freire,Annu.Rev.Astron.Astrophys.54,401(2016),arXiv:1603.02698.
    121 J.Casares,P.G.Jonker,and G.Israelian,in Handbook of Supernovae,edited by A.W.Alsabti,and B.P.Murdin(Springer,Berlin,2016).
    122 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.Lett.116,061102(2016).
    123 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.X 6,041015(2016),arXiv:1606.04856.
    124 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.Lett.116,241103(2016).
    125 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.Lett.118,221101(2017).
    126 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Phys.Rev.Lett.119,141101(2017).
    127 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Astrophys.J.851,L35(2017).
    128 A.Patruno,B.Haskell,and N.Andersson,Astrophys.J.850,106(2017),arXiv:1705.07669.
    129 W.H.G.Lewin,J.Van Paradijs,and R.E.Taam,Space Sci.Rev.62,223(1993).
    130 T.Strohmayer,and L.Bildsten,in Compact Stellar X-Ray Sources,edited by W.H.G.Lewin,and M.van der Klis(Cambridge University Press,Cambridge,2006),p.113.
    131 D.K.Galloway,A.J.Goodwin,and L.Keek,Publ.Astron.Soc.Aust.34,e019(2017),arXiv:1703.07485.
    132 T.E.Strohmayer,W.Zhang,and J.H.Swank,Astrophys.J.487,L77(1997).
    133 A.Spitkovsky,Y.Levin,and G.Ushomirsky,Astrophys.J.566,1018(2002).
    134 S.Bhattacharyya,and T.E.Strohmayer,Astrophys.J.641,L53(2006).
    135 Y.Cavecchi,A.L.Watts,J.Braithwaite,and Y.Levin,Mon.Not.R.Astron.Soc.434,3526(2013),arXiv:1212.2872.
    136 M.Chakraborty,and S.Bhattacharyya,Astrophys.J.792,4(2014),arXiv:1407.0845.
    137 Y.Cavecchi,A.L.Watts,Y.Levin,and J.Braithwaite,Mon.Not.R.Astron.Soc.448,445(2015),arXiv:1411.2284.
    138 G.Zhang,M.M′endez,T.M.Belloni,and J.Homan,Mon.Not.R.Astron.Soc.436,2276(2013),arXiv:1204.3486.
    139 J.S.Heyl,Astrophys.J.600,939(2004).
    140 J.S.Heyl,Mon.Not.R.Astron.Soc.361,504(2005).
    141 A.Cumming,Astrophys.J.630,441(2005).
    142 U.Lee,and T.E.Strohmayer,Mon.Not.R.Astron.Soc.361,659(2005).
    143 A.L.Piro,and L.Bildsten,Astrophys.J.629,438(2005).
    144 R.G.Berkhout,and Y.Levin,Mon.Not.R.Astron.Soc.385,1029(2008),arXiv:0708.2337.
    145 M.Y.Fujimoto,T.Hanawa,and S.Miyaji,Astrophys.J.247,267(1981).
    146 R.K.Wallace,and S.E.Woosley,Astrophys.J.Suppl.Ser.45,389(1981).
    147 S.E.Woosley,A.Heger,A.Cumming,R.D.Hoffman,J.Pruet,T.Rauscher,J.L.Fisker,H.Schatz,B.A.Brown,and M.Wiescher,Astrophys.J.Suppl.Ser.151,75(2004).
    148 J.L.Fisker,H.Schatz,and F.K.Thielemann,Astrophys.J.Suppl.Ser.174,261(2008).
    149 J.Jos′e,F.Moreno,A.Parikh,and C.Iliadis,Astrophys.J.Suppl.Ser.189,204(2010),arXiv:1005.4767.
    150 F.Peng,E.F.Brown,and J.W.Truran,Astrophys.J.654,1022(2007).
    151 R.L.Cooper,and R.Narayan,Astrophys.J.661,468(2007).
    152 R.H.Cyburt,A.M.Amthor,A.Heger,E.Johnson,L.Keek,Z.Meisel,H.Schatz,and K.Smith,Astrophys.J.830,55(2016),arXiv:1607.03416.
    153 R.Cornelisse,J.Heise,E.Kuulkers,F.Verbunt,and J.J.M.in’t Zand,Astron.Astrophys.357,L21(2000),arXiv:astro-ph/0003454.
    154 E.Kuulkers,J.J.M.in’t Zand,M.H.van Kerkwijk,R.Cornelisse,D.A.Smith,J.Heise,A.Bazzano,M.Cocchi,L.Natalucci,and P.Ubertini,Astron.Astrophys.382,503(2002).
    155 T.E.Strohmayer,and E.F.Brown,Astrophys.J.566,1045(2002).
    156 J.J.M.in’t Zand,A.Cumming,M.V.van der Sluys,F.Verbunt,and O.R.Pols,Astron.Astrophys.441,675(2005).
    157 A.Cumming,J.Macbeth,J.J.M.Zand,and D.Page,Astrophys.J.646,429(2006).
    158 A.Cumming,and L.Bildsten,Astrophys.J.559,L127(2001).
    159 H.Schatz,L.Bildsten,and A.Cumming,Astrophys.J.583,L87(2003).
    160 J.J.M.in’t Zand,E.Kuulkers,F.Verbunt,J.Heise,and R.Cornelisse,Astron.Astrophys.411,L487(2003).
    161 L.Keek,J.J.M.in’t Zand,E.Kuulkers,A.Cumming,E.F.Brown,and M.Suzuki,Astron.Astrophys.479,177(2008),arXiv:0711.4207.
    162 H.Schatz,S.Gupta,P.M¨oller,M.Beard,E.F.Brown,A.T.Deibel,L.R.Gasques,W.R.Hix,L.Keek,R.Lau,A.W.Steiner,and M.Wiescher,Nature 505,62(2014),arXiv:1312.2513.
    163 A.Deibel,Z.Meisel,H.Schatz,E.F.Brown,and A.Cumming,Astrophys.J.831,13(2016),arXiv:1603.01281.
    164 E.Kuulkers,J.J.M.in’t Zand,J.L.Atteia,A.M.Levine,S.Brandt,D.A.Smith,M.Linares,M.Falanga,C.S′anchez-Fern′andez,C.B.Markwardt,T.E.Strohmayer,A.Cumming,and M.Suzuki,Astron.Astrophys.514,A65(2010),arXiv:0909.3391.
    165 J.Chenevez,M.Falanga,E.Kuulkers,R.Walter,L.Bildsten,S.Brandt,N.Lund,T.Oosterbroek,and J.Z.Heras,Astron.Astrophys.469,L27(2007),arXiv:0705.1249.
    166 M.Falanga,J.Chenevez,A.Cumming,E.Kuulkers,G.Trap,and A.Goldwurm,Astron.Astrophys.484,43(2008),arXiv:0711.0328.
    167 J.J.M.in’t Zand,T.Bagnoli,C.D’Angelo,A.Patruno,D.K.Galloway,M.B.M.van der Klis,A.L.Watts,and H.L.Marshall,arXiv:1703.07221.
    168 B.Paul,et al.(LAXPC Team),in Astrophysics with All-Sky X-Ray Observations,edited by N.Kawai,T.Mihara,M.Kohama,and M.Suzuki(2009),p.362.
    169 K.C.Gendreau,Z.Arzoumanian,P.W.Adkins,C.L.Albert,J.F.Anders,A.T.Aylward,C.L.Baker,E.R.Balsamo,W.A.Bamford,S.S.Benegalrao,D.L.Berry,S.Bhalwani,J.K.Black,C.Blaurock,G.M.Bronke,G.L.Brown,J.G.Budinoff,J.D.Cantwell,T.Cazeau,P.T.Chen,T.G.Clement,A.T.Colangelo,J.S.Coleman,J.D.Coopersmith,W.E.Dehaven,J.P.Doty,M.D.Egan,T.Enoto,T.W.-M.Fan,D.M.Ferro,R.Foster,N.M.Galassi,L.D.Gallo,C.M.Green,D.Grosh,K.Q.Ha,M.A.Hasouneh,K.B.Heefner,P.Hestnes,L.J.Hoge,T.M.Jacobs,J.L.J?rgensen,M.A.Kaiser,J.W.Kellogg,S.J.Kenyon,R.G.Koenecke,R.P.Kozon,B.LaMarr,M.D.Lambertson,A.M.Larson,S.Lentine,J.H.Lewis,M.G.Lilly,K.A.Liu,A.Malonis,S.S.Manthripragada,C.B.Markwardt,B.D.Matonak,I.E.Mcginnis,R.L.Miller,A.L.Mitchell,J.W.Mitchell,J.S.Mohammed,C.A.Monroe,K.M.M.de Garcia,P.D.Mul,L.T.Nagao,S.N.Ngo,E.D.Norris,D.A.Norwood,J.Novotka,T.Okajima,L.G.Olsen,C.O.Onyeachu,H.Y.Orosco,J.R.Peterson,K.N.Pevear,K.K.Pham,S.E.Pollard,J.S.Pope,D.F.Powers,C.E.Powers,S.R.Price,G.Y.Prigozhin,J.B.Ramirez,W.J.Reid,R.A.Remillard,E.M.Rogstad,G.P.Rosecrans,J.N.Rowe,J.A.Sager,C.A.Sanders,B.Savadkin,M.R.Saylor,A.F.Schaeffer,N.S.Schweiss,S.R.Semper,P.J.Serlemitsos,L.V.Shackelford,Y.Soong,J.Struebel,M.L.Vezie,J.S.Villasenor,L.B.Winternitz,G.I.Wofford,M.R.Wright,M.Y.Yang,and W.H.Yu,in The Neutron Star Interior Composition Explorer(NICER):Design and Development:Proc.SPIE 9905,Space Telescopes and Instrumentation 2016:Ultraviolet to Gamma Ray,99051H,22 July 2016(SPIE,Edinburgh,2016).
    170 A.L.Watts,Annu.Rev.Astron.Astrophys.50,609(2012),arXiv:1203.2065.
    171 S.Mahmoodifar,and T.Strohmayer,Astrophys.J.818,93(2016),arXiv:1510.05005.
    172 I.Maurer,and A.L.Watts,Mon.Not.R.Astron.Soc.383,387(2007),arXiv:0708.3195.
    173 S.Bhattacharyya,and T.E.Strohmayer,Astrophys.J.666,L85(2007),arXiv:0708.3653.
    174 J.J.M.in’t Zand,L.Keek,and Y.Cavecchi,Astron.Astrophys.568,A69(2014),arXiv:1407.0300.
    175 L.Bildsten,P.Chang,and F.Paerels,Astrophys.J.591,L29(2003).
    176 J.J.M.in’t Zand,and N.N.Weinberg,Astron.Astrophys.520,A81(2010),arXiv:1001.0900.
    177 J.J.E.Kajava,J.N¨attil¨a,J.Poutanen,A.Cumming,V.Suleimanov,and E.Kuulkers,Mon.Not.R.Astron.Soc-Lett.464,L6(2017),arXiv:1608.06801.
    178 N.N.Weinberg,L.Bildsten,and H.Schatz,Astrophys.J.639,1018(2006).
    179 T.E.Strohmayer,and C.B.Markwardt,Astronomer’s Telegram Atel#2929,2010.
    180 M.Linares,D.Altamirano,D.Chakrabarty,A.Cumming,and L.Keek,Astrophys.J.748,82(2012),arXiv:1111.3978.
    181 J.van Paradijs,W.Penninx,and W.H.G.Lewin,Mon.Not.R.Astron.Soc.233,437(1988).
    182 R.Cornelisse,J.J.M.in’t Zand,F.Verbunt,E.Kuulkers,J.Heise,P.R.den Hartog,M.Cocchi,L.Natalucci,A.Bazzano,and P.Ubertini,Astron.Astrophys.405,1033(2003).
    183 M.Zamfir,A.Cumming,and C.Niquette,Mon.Not.R.Astron.Soc.445,3278(2014),arXiv:1409.4343.
    184 J.Stevens,E.F.Brown,A.Cumming,R.Cyburt,and H.Schatz,Astrophys.J.791,106(2014),arXiv:1405.3541.
    185 L.Keek,and A.Heger,Mon.Not.R.Astron.Soc-Lett.456,L11(2016),arXiv:1508.06630.
    186 Y.Cavecchi,A.L.Watts,and D.K.Galloway,Astrophys.J.851,1(2017),arXiv:1711.04389.
    187 L.Bildsten,in The Many Faces of Neutron Stars,edited by R.Buccheri,J.van Paradijs,and A.Alpar(Kluwer Academic Publishers,Dordrecht,1998),p.419.
    188 M.Revnivtsev,E.Churazov,M.Gilfanov,and R.Sunyaev,Astron.Astrophys.372,138(2001).
    189 A.Heger,A.Cumming,and S.E.Woosley,Astrophys.J.665,1311(2007).
    190 D.Altamirano,M.van der Klis,R.Wijnands,and A.Cumming,Astrophys.J.673,L35(2008),ar Xiv:0711.4790.
    191 L.Keek,A.Heger,and J.J.M.in’t Zand,Astrophys.J.752,150(2012),arXiv:1204.1343.
    192 N.Degenaar,D.R.Ballantyne,T.Belloni,M.Chakraborty,Y.P.Chen,L.Ji,P.Kretschmar,E.Kuulkers,J.Li,T.J.Maccarone,J.Malzac,S.Zhang,and S.N.Zhang,Space Sci.Rev.214,15(2018),arXiv:1711.06272.
    193 D.R.Ballantyne,and J.E.Everett,Astrophys.J.626,364(2005).
    194 D.R.Ballantyne,and T.E.Strohmayer,Astrophys.J.602,L105(2004).
    195 L.Keek,D.R.Ballantyne,E.Kuulkers,and T.E.Strohmayer,Astrophys.J.797,L23(2014),arXiv:1410.5434.
    196 L.Keek,Z.Wolf,and D.R.Ballantyne,Astrophys.J.826,79(2016),arXiv:1605.06113.
    197 R.P.Kudritzki,Astrophys.J.577,389(2002).
    198 J.Puls,J.S.Vink,and F.Najarro,Astron.Astrophys.Rev.16,209(2008),arXiv:0811.0487.
    199 M.Sako,S.M.Kahn,F.Paerels,D.A.Liedahl,S.Watanabe,F.Nagase,and T.Takahashi,in Structure and dynamics of stellar winds in high-mass X-ray binaries:Proceeding of High-resolution X-ray Spectroscopy Workshop with XMM-Newton and Chandra(Surrey,2003),arXiv:astro-ph/0309503.
    200 J.J.M.in’t Zand,Astron.Astrophys.441,L1(2005).
    201 R.Walter,A.A.Lutovinov,E.Bozzo,and S.S.Tsygankov,Astron.Astrophys.Rev.23,2(2015),arXiv:1505.03651.
    202 S.Mart′?nez-N′u?nez,P.Kretschmar,E.Bozzo,L.M.Oskinova,J.Puls,L.Sidoli,J.O.Sundqvist,P.Blay,M.Falanga,F.F¨urst,A.G′?menezGarc′?a,I.Kreykenbohm,M.K¨uhnel,A.Sander,J.M.Torrej′on,and J.Wilms,Space Sci.Rev.212,59(2017),arXiv:1701.08618.
    203 E.Bozzo,A.Giunta,G.Cusumano,C.Ferrigno,R.Walter,S.Campana,M.Falanga,G.Israel,and L.Stella,Astron.Astrophys.531,A130(2011),arXiv:1106.5125.
    204 R.Perna,E.Bozzo,and L.Stella,Astrophys.J.639,363(2006).
    205 E.Bozzo,M.Falanga,and L.Stella,Astrophys.J.683,1031(2008),arXiv:0805.1849.
    206 K.A.Postnov,A.I.Mironov,A.A.Lutovinov,N.I.Shakura,A.Y.Kochetkova,and S.S.Tsygankov,Mon.Not.R.Astron.Soc.446,1013(2015),arXiv:1410.3708.
    207 L.Bildsten,D.Chakrabarty,J.Chiu,M.H.Finger,D.T.Koh,R.W.Nelson,T.A.Prince,B.C.Rubin,D.M.Scott,M.Stollberg,B.A.Vaughan,C.A.Wilson,and R.B.Wilson,Astrophys.J.Suppl.Ser.113,367(1997).
    208 S?.S?ahiner,S.C?.˙Inam,and A.Baykal,Mon.Not.R.Astron.Soc.421,2079(2012),arXiv:1106.5957.
    209 M.M.Basko,and R.A.Sunyaev,Mon.Not.R.Astron.Soc.175,395(1976).
    210 V.Doroshenko,S.S.Tsygankov,A.A.Mushtukov,A.A.Lutovinov,A.Santangelo,V.F.Suleimanov,and J.Poutanen,Mon.Not.R.Astron.Soc.466,2143(2017),arXiv:1607.03933.
    211 V.Grinberg,N.Hell,K.Pottschmidt,M.B¨ock,M.A.Nowak,J.Rodriguez,A.Bodaghee,M.Cadolle Bel,G.L.Case,M.Hanke,M.K¨uhnel,S.B.Markoff,G.G.Pooley,R.E.Rothschild,J.A.Tomsick,C.A.Wilson-Hodge,and J.Wilms,Astron.Astrophys.554,A88(2013),arXiv:1303.1198.
    212 V.Grinberg,K.Pottschmidt,M.B¨ock,C.Schmid,M.A.Nowak,P.Uttley,J.A.Tomsick,J.Rodriguez,N.Hell,A.Markowitz,A.Bodaghee,M.Cadolle Bel,R.E.Rothschild,and J.Wilms,Astron.Astrophys.565,A1(2014),arXiv:1402.4485.
    213 J.Wilms,M.A.Nowak,K.Pottschmidt,W.A.Heindl,J.B.Dove,and M.C.Begelman,Mon.Not.R.Astron.Soc.320,327(2001).
    214 P.T.Boyd,A.P.Smale,and J.F.Dolan,Astrophys.J.555,822(2001).
    215 V.Grinberg,M.A.Leutenegger,N.Hell,K.Pottschmidt,M.B¨ock,J.A.Garc′?a,M.Hanke,M.A.Nowak,J.O.Sundqvist,R.H.D.Townsend,and J.Wilms,Astron.Astrophys.576,A117(2015),arXiv:1502.07343.
    216 J.O.Sundqvist,and S.P.Owocki,Mon.Not.R.Astron.Soc.428,1837(2013),arXiv:1210.1861.
    217 T.Kallman,A.Dorodnitsyn,and J.Blondin,Astrophys.J.815,53(2015),arXiv:1510.06304.
    218 T.Enoto,M.Sasano,S.Yamada,T.Tamagawa,K.Makishima,K.Pottschmidt,D.Marcu,R.H.D.Corbet,F.Fuerst,and J.Wilms,Astrophys.J.786,127(2014),arXiv:1404.0134.
    219 D.Sanyal,L.Grassitelli,N.Langer,and J.M.Bestenlehner,Astron.Astrophys.580,A20(2015),arXiv:1506.02997.
    220 S.S.Tsygankov,A.A.Mushtukov,V.F.Suleimanov,V.Doroshenko,P.K.Abolmasov,A.A.Lutovinov,and J.Poutanen,Astron.Astrophys.608,A17(2017),arXiv:1703.04528.
    221 F.F¨urst,K.Pottschmidt,H.Miyasaka,V.Bhalerao,M.Bachetti,S.E.Boggs,F.E.Christensen,W.W.Craig,V.Grinberg,C.J.Hailey,F.A.Harrison,J.A.Kennea,F.Rahoui,D.Stern,S.P.Tendulkar,J.A.Tomsick,D.J.Walton,J.Wilms,and W.W.Zhang,Astrophys.J.806,L24(2015),arXiv:1505.02788.
    222 P.Meszaros,R.Novick,A.Szentgyorgyi,G.A.Chanan,and M.C.Weisskopf,Astrophys.J.324,1056(1988).
    223 H.Klus,W.C.G.Ho,M.J.Coe,R.H.D.Corbet,and L.J.Townsend,Mon.Not.R.Astron.Soc.437,3863(2014),arXiv:1311.4343.
    224 G.C.Perola,G.Matt,M.Cappi,F.Fiore,M.Guainazzi,L.Maraschi,P.O.Petrucci,and L.Piro,Astron.Astrophys.389,802(2002).
    225 A.De Rosa,F.Panessa,L.Bassani,A.Bazzano,A.Bird,R.Landi,A.Malizia,M.Molina,and P.Ubertini,Mon.Not.R.Astron.Soc.420,2087(2012),arXiv:1111.1946.
    226 M.Molina,L.Bassani,A.Malizia,J.B.Stephen,A.J.Bird,A.Bazzano,and P.Ubertini,Mon.Not.R.Astron.Soc.433,1687(2013),arXiv:1305.2722.
    227 A.Marinucci,G.Matt,E.Kara,G.Miniutti,M.Elvis,P.Arevalo,D.R.Ballantyne,M.Balokovi′c,F.Bauer,L.Brenneman,S.E.Boggs,M.Cappi,F.E.Christensen,W.W.Craig,A.C.Fabian,F.Fuerst,C.J.Hailey,F.A.Harrison,G.Risaliti,C.S.Reynolds,D.K.Stern,D.J.Walton,and W.Zhang,Mon.Not.R.Astron.Soc.440,2347(2014).
    228 D.R.Ballantyne,Mon.Not.R.Astron.Soc.437,2845(2014),arXiv:1310.7642.
    229 F.Haardt,L.Maraschi,and G.Ghisellini,Astrophys.J.432,L95(1994).
    230 G.Miniutti,A.C.Fabian,N.Anabuki,J.Crummy,Y.Fukazawa,L.Gallo,Y.Haba,K.Hayashida,S.Holt,H.Kunieda,J.Larsson,A.Markowitz,C.Matsumoto,M.Ohno,J.N.Reeves,T.Takahashi,Y.Tanaka,Y.Terashima,K.Torii,Y.Ueda,M.Ushio,S.Watanabe,M.Yamauchi,and T.Yaqoob,Publ.Astron.Soc.Jpn.59,S315(2007).
    231 T.Yaqoob,and U.Padmanabhan,Astrophys.J.604,63(2004).
    232 R.D.Blandford,and C.F.McKee,Astrophys.J.255,419(1982).
    233 B.M.Peterson,L.Ferrarese,K.M.Gilbert,S.Kaspi,M.A.Malkan,D.Maoz,D.Merritt,H.Netzer,C.A.Onken,R.W.Pogge,M.Vestergaard,and A.Wandel,Astrophys.J.613,682(2004).
    234 A.C.Fabian,A.Zoghbi,R.R.Ross,P.Uttley,L.C.Gallo,W.N.Brandt,A.J.Blustin,T.Boller,M.D.Caballero-Garcia,J.Larsson,J.M.Miller,G.Miniutti,G.Ponti,R.C.Reis,C.S.Reynolds,Y.Tanaka,and A.J.Young,Nature 459,540(2009).
    235 P.Uttley,E.M.Cackett,A.C.Fabian,E.Kara,and D.R.Wilkins,Astron.Astrophys.Rev.22,72(2014),arXiv:1405.6575.
    236 A.Markowitz,J.N.Reeves,I.M.George,V.Braito,R.Smith,S.Vaughan,P.Ar′evalo,and F.Tombesi,Astrophys.J.691,922(2009),arXiv:0810.1249.
    237 J.Chiang,C.S.Reynolds,O.M.Blaes,M.A.Nowak,N.Murray,G.Madejski,H.L.Marshall,and P.Magdziarz,Astrophys.J.528,292(2000).
    238 Y.Liu,M.Elvis,I.M.McHardy,D.Grupe,B.J.Wilkes,J.Reeves,N.Brickhouse,Y.Krongold,S.Mathur,T.Minezaki,F.Nicastro,Y.Yoshii,and S.N.Zhang,Astrophys.J.710,1228(2010),arXiv:1001.0356.
    239 A.Markowitz,R.Edelson,and S.Vaughan,Astrophys.J.598,935(2003).
    240 S.Bianchi,R.Maiolino,and G.Risaliti,Adv.Astron.2012,1(2012),arXiv:1201.2119.
    241 G.Torricelli-Ciamponi,P.Pietrini,G.Risaliti,and M.Salvati,Mon.Not.R.Astron.Soc.442,2116(2014),arXiv:1405.4660.
    242 R.Maiolino,G.Risaliti,M.Salvati,P.Pietrini,G.TorricelliCiamponi,M.Elvis,G.Fabbiano,V.Braito,and J.Reeves,Astron.Astrophys.517,A47(2010),arXiv:1005.3365.
    243 G.Risaliti,F.A.Harrison,K.K.Madsen,D.J.Walton,S.E.Boggs,F.E.Christensen,W.W.Craig,B.W.Grefenstette,C.J.Hailey,E.Nardini,D.Stern,and W.W.Zhang,Nature 494,449(2013),arXiv:1302.7002.
    244 M.Sanfrutos,G.Miniutti,B.Ag′?s-Gonz′alez,A.C.Fabian,J.M.Miller,F.Panessa,and A.Zoghbi,Mon.Not.R.Astron.Soc.436,1588(2013),arXiv:1309.1092.
    245 D.J.Walton,G.Risaliti,F.A.Harrison,A.C.Fabian,J.M.Miller,P.Arevalo,D.R.Ballantyne,S.E.Boggs,L.W.Brenneman,F.E.Christensen,W.W.Craig,M.Elvis,F.Fuerst,P.Gandhi,B.W.Grefenstette,C.J.Hailey,E.Kara,B.Luo,K.K.Madsen,A.Marinucci,G.Matt,M.L.Parker,C.S.Reynolds,E.Rivers,R.R.Ross,D.Stern,and W.W.Zhang,Astrophys.J.788,76(2014).
    246 A.G.Markowitz,M.Krumpe,and R.Nikutta,Mon.Not.R.Astron.Soc.439,1403(2014),arXiv:1402.2779.
    247 E.Rivers,G.Risaliti,D.J.Walton,F.Harrison,P.Ar′evalo,F.E.Baur,S.E.Boggs,L.W.Brenneman,M.Brightman,F.E.Christensen,W.W.Craig,F.F¨urst,C.J.Hailey,R.C.Hickox,A.Marinucci,J.Reeves,D.Stern,and W.W.Zhang,Astrophys.J.804,107(2015),arXiv:1503.03109.
    248 E.Nardini,and G.Risaliti,Mon.Not.R.Astron.Soc.417,2571(2011),arXiv:1107.2405.
    249 A.Markowitz,R.Edelson,S.Vaughan,P.Uttley,I.M.George,R.E.Griffiths,S.Kaspi,A.Lawrence,I.McHardy,K.Nandra,K.Pounds,J.Reeves,N.Schurch,and R.Warwick,Astrophys.J.593,96(2003).
    250 I.M.McHardy,I.E.Papadakis,P.Uttley,M.J.Page,and K.O.Mason,Mon.Not.R.Astron.Soc.348,783(2004).
    251 P.Arevalo,I.E.Papadakis,P.Uttley,I.M.McHardy,and W.Brinkmann,Mon.Not.R.Astron.Soc.372,401(2006).
    252 I.E.Papadakis,P.O.Petrucci,L.Maraschi,I.M.McHardy,P.Uttley,and F.Haardt,Astrophys.J.573,92(2002).
    253 O.Gonz′alez-Mart′?n,and S.Vaughan,Astron.Astrophys.544,A80(2012),arXiv:1205.4255.
    254 I.M.McHardy,E.Koerding,C.Knigge,P.Uttley,and R.P.Fender,Nature 444,730(2006).
    255 V.Allevato,M.Paolillo,I.Papadakis,and C.Pinto,Astrophys.J.771,9(2013),arXiv:1202.3786.
    256 G.Yang,W.N.Brandt,B.Luo,Y.Q.Xue,F.E.Bauer,M.Y.Sun,S.Kim,S.Schulze,X.C.Zheng,M.Paolillo,O.Shemmer,T.Liu,D.P.Schneider,C.Vignali,F.Vito,and J.X.Wang,Astrophys.J.831,145(2016),arXiv:1608.08224.
    257 M.Paolillo,I.Papadakis,W.N.Brandt,B.Luo,Y.Q.Xue,P.Tozzi,O.Shemmer,V.Allevato,F.E.Bauer,A.Comastri,R.Gilli,A.M.Koekemoer,T.Liu,C.Vignali,F.Vito,G.Yang,J.X.Wang,and X.C.Zheng,Mon.Not.R.Astron.Soc.471,4398(2017),arXiv:1707.05332.
    258 P.Giommi,and P.Padovani,Mon.Not.R.Astron.Soc.450,2404(2015),arXiv:1504.01978.
    259 C.M.Urry,and P.Padovani,Publ.Astron.Soc.Pacific 107,803(1995).
    260 G.Ghisellini,and F.Tavecchio,Mon.Not.R.Astron.Soc.397,985(2009),arXiv:0902.0793.
    261 M.C.Begelman,A.C.Fabian,and M.J.Rees,Mon.Not.R.Astron.Soc.-Lett.384,L19(2008),arXiv:0709.0540.
    262 D.Giannios,Mon.Not.R.Astron.Soc.431,355(2013),arXiv:1211.0296.
    263 R.Narayan,and T.Piran,Mon.Not.R.Astron.Soc.420,604(2012),arXiv:1107.5812.
    264 A.P.Marscher,Astrophys.J.780,87(2014),arXiv:1311.7665.
    265 F.M.Rieger,and F.A.Aharonian,Astron.Astrophys.479,L5(2008),arXiv:0712.2902.
    266 G.Ghisellini,F.Tavecchio,G.Bodo,and A.Celotti,Mon.Not.R.Astron.Soc.-Lett.393,L16(2009),arXiv:0810.5555.
    267 S.Kang,B.Huang,T.Kang,J.Liang,and Y.Zheng,Chin.Astron.Astrophys.36,115(2012).
    268 Z.Wu,D.Jiang,and M.Gu,in Feeding Compact Objects:Accretion on All Scales,Vol.290,edited by C.M.Zhang,T.Belloni,M.M′endez,and S.N.Zhang(IAU Symposium,2013),p.345.
    269 J.P.Leahy,A.R.S.Black,J.Dennett-Thorpe,M.J.Hardcastle,S.Komissarov,R.A.Perley,J.M.Riley,and P.A.G.Scheuer,Mon.Not.R.Astron.Soc.291,20(1997).
    270 P.Grandi,E.Torresi,and C.Stanghellini,Astrophys.J.751,L3(2012),arXiv:1204.2268.
    271 J.Aleksi′c,et al.(MAGIC Collaboration),Astron.Astrophys.563,A91(2014),arXiv:1305.5147.
    272 M.L.Ahnen,et al.(MAGIC Collaboration),Astron.Astrophys.603,A25(2017),arXiv:1703.07651.
    273 L.Foschini,G.Ghisellini,Y.Y.Kovalev,M.L.Lister,F.D’Ammando,D.J.Thompson,A.Tramacere,E.Angelakis,D.Donato,A.Falcone,L.Fuhrmann,M.Hauser,Y.A.Kovalev,K.Mannheim,L.Maraschi,W.Max-Moerbeck,I.Nestoras,V.Pavlidou,T.J.Pearson,A.B.Pushkarev,A.C.S.Readhead,J.L.Richards,M.A.Stevenson,G.Tagliaferri,O.Tibolla,F.Tavecchio,and S.Wagner,Mon.Not.R.Astron.Soc.413,1671(2011),arXiv:1010.4434.
    274 F.D’Ammando,et al.(VERITAS Collaboration),Mon.Not.R.Astron.Soc.446,2456(2015),arXiv:1410.7144.
    275 F.Shankar,D.H.Weinberg,and J.Miralda-Escud′e,Mon.Not.R.Astron.Soc.428,421(2013),arXiv:1111.3574.
    276 M.J.Rees,Nature 333,523(1988).
    277 K.D.French,I.Arcavi,and A.Zabludoff,Astrophys.J.818,L21(2016),arXiv:1601.04705.
    278 S.Velzen,Astrophys.J.852,72(2018),arXiv:1707.03458.
    279 S.Komossa,J.High Energy Astrophys.7,148(2015),arXiv:1505.01093.
    280 F.K.Liu,S.Li,and X.Chen,Astrophys.J.706,L133(2009),arXiv:0910.4152.
    281 F.K.Liu,S.Li,and S.Komossa,Astrophys.J.786,103(2014),arXiv:1404.4933.
    282 W.Zhang,W.Yu,V.Karas,and M.Dovc?ciak,Astrophys.J.807,89(2015),arXiv:1505.04446.
    283 K.Hayasaki,N.Stone,and A.Loeb,Mon.Not.R.Astron.Soc.461,3760(2016),arXiv:1501.05207.
    284 A.Franchini,G.Lodato,and S.Facchini,Mon.Not.R.Astron.Soc.455,1946(2016),arXiv:1510.04879.
    285 S.Komossa,and N.Bade,Astron.Astrophys.343,775,(1999),arXiv:astro-ph/9901141.
    286 D.Grupe,H.C.Thomas,and K.M.Leighly,Astron.Astrophys.350,L31(1999),arXiv:astro-ph/9909101.
    287 S.Komossa,in Reviews in Modern Astronomy,Vol.15,edited by R.E.Schielicke(Wiley,Weinheim,2002),p.27.
    288 S.Gezari,T.Heckman,S.B.Cenko,M.Eracleous,K.Forster,T.S.Gonc?alves,D.C.Martin,P.Morrissey,S.G.Neff,M.Seibert,D.Schiminovich,and T.K.Wyder,Astrophys.J.698,1367(2009),arXiv:0904.1596.
    289 S.Gezari,R.Chornock,A.Rest,M.E.Huber,K.Forster,E.Berger,P.J.Challis,J.D.Neill,D.C.Martin,T.Heckman,A.Lawrence,C.Norman,G.Narayan,R.J.Foley,G.H.Marion,D.Scolnic,L.Chomiuk,A.Soderberg,K.Smith,R.P.Kirshner,A.G.Riess,S.J.Smartt,C.W.Stubbs,J.L.Tonry,W.M.Wood-Vasey,W.S.Burgett,K.C.Chambers,T.Grav,J.N.Heasley,N.Kaiser,R.P.Kudritzki,E.A.Magnier,J.S.Morgan,and P.A.Price,Nature 485,217(2012),arXiv:1205.0252.
    290 S.van Velzen,G.R.Farrar,S.Gezari,N.Morrell,D.Zaritsky,L.¨Ostman,M.Smith,J.Gelfand,and A.J.Drake,Astrophys.J.741,73(2011),arXiv:1009.1627.
    291 S.B.Cenko,H.A.Krimm,A.Horesh,A.Rau,D.A.Frail,J.A.Kennea,A.J.Levan,S.T.Holland,N.R.Butler,R.M.Quimby,J.S.Bloom,A.V.Filippenko,A.Gal-Yam,J.Greiner,S.R.Kulkarni,E.O.Ofek,F.E.Olivares,P.Schady,J.M.Silverman,N.R.Tanvir,and D.Xu,Astrophys.J.753,77(2012),arXiv:1107.5307.
    292 R.Chornock,E.Berger,S.Gezari,B.A.Zauderer,A.Rest,L.Chomiuk,A.Kamble,A.M.Soderberg,I.Czekala,J.Dittmann,M.Drout,R.J.Foley,W.Fong,M.E.Huber,R.P.Kirshner,A.Lawrence,R.Lunnan,G.H.Marion,G.Narayan,A.G.Riess,K.C.Roth,N.E.Sanders,D.Scolnic,S.J.Smartt,K.Smith,C.W.Stubbs,J.L.Tonry,W.S.Burgett,K.C.Chambers,H.Flewelling,K.W.Hodapp,N.Kaiser,E.A.Magnier,D.C.Martin,J.D.Neill,P.A.Price,and R.Wainscoat,Astrophys.J.780,44(2014),arXiv:1309.3009.
    293 S.Komossa,H.Zhou,T.Wang,M.Ajello,J.Ge,J.Greiner,H.Lu,M.Salvato,R.Saxton,H.Shan,D.Xu,and W.Yuan,Astrophys.J.678,L13(2008),arXiv:0804.2670.
    294 T.G.Wang,H.Y.Zhou,S.Komossa,H.Y.Wang,W.Yuan,and C.Yang,Astrophys.J.749,115(2012),arXiv:1202.1064.
    295 E.S.Phinney,Nature 340,595(1989).
    296 E.M.Rossi,and M.C.Begelman,Mon.Not.R.Astron.Soc.392,1451(2009),arXiv:0808.1284.
    297 L.E.Strubbe,and E.Quataert,Mon.Not.R.Astron.Soc.400,2070(2009),arXiv:0905.3735.
    298 G.Lodato,and E.M.Rossi,Mon.Not.R.Astron.Soc.410,359(2011),arXiv:1008.4589.
    299 T.Piran,G.Svirski,J.Krolik,R.M.Cheng,and H.Shiokawa,Astrophys.J.806,164(2015),arXiv:1502.05792.
    300 J.S.Bloom,D.Giannios,B.D.Metzger,S.B.Cenko,D.A.Perley,N.R.Butler,N.R.Tanvir,A.J.Levan,P.T.O’Brien,L.E.Strubbe,F.De Colle,E.Ramirez-Ruiz,W.H.Lee,S.Nayakshin,E.Quataert,A.R.King,A.Cucchiara,J.Guillochon,G.C.Bower,A.S.Fruchter,A.N.Morgan,and A.J.van der Horst,Science 333,203(2011),arXiv:1104.3257.
    301 B.A.Zauderer,E.Berger,R.Margutti,G.G.Pooley,R.Sari,A.M.Soderberg,A.Brunthaler,and M.F.Bietenholz,Astrophys.J.767,152(2013),arXiv:1212.1173.
    302 E.Berger,A.Zauderer,G.G.Pooley,A.M.Soderberg,R.Sari,A.Brunthaler,and M.F.Bietenholz,Astrophys.J.748,36(2012),arXiv:1112.1697.
    303 A.J.Levan,N.R.Tanvir,S.B.Cenko,D.A.Perley,K.Wiersema,J.S.Bloom,A.S.Fruchter,A.U.Postigo,P.T.O’Brien,N.Butler,A.J.van der Horst,G.Leloudas,A.N.Morgan,K.Misra,G.C.Bower,J.Farihi,R.L.Tunnicliffe,M.Modjaz,J.M.Silverman,J.Hjorth,C.Thone,A.Cucchiara,J.M.C.Ceron,A.J.Castro-Tirado,J.A.Arnold,M.Bremer,J.P.Brodie,T.Carroll,M.C.Cooper,P.A.Curran,R.M.Cutri,J.Ehle,D.Forbes,J.Fynbo,J.Gorosabel,J.Graham,D.I.Hoffman,S.Guziy,P.Jakobsson,A.Kamble,T.Kerr,M.M.Kasliwal,C.Kouveliotou,D.Kocevski,N.M.Law,P.E.Nugent,E.O.Ofek,D.Poznanski,R.M.Quimby,E.Rol,A.J.Romanowsky,R.Sanchez-Ramirez,S.Schulze,N.Singh,L.van Spaandonk,R.L.C.Starling,R.G.Strom,J.C.Tello,O.Vaduvescu,P.J.Wheatley,R.A.M.J.Wijers,J.M.Winters,and D.Xu,Science 333,199(2011).
    304 G.C.Brown,A.J.Levan,E.R.Stanway,N.R.Tanvir,S.B.Cenko,E.Berger,R.Chornock,and A.Cucchiaria,Mon.Not.R.Astron.Soc.452,4297(2015),arXiv:1507.03582.
    305 K.Hryniewicz,and R.Walter,Astron.Astrophys.586,A9(2016),arXiv:1505.06612.
    306 K.D.Alexander,E.Berger,J.Guillochon,B.A.Zauderer,and P.K.G.Williams,Astrophys.J.819,L25(2016),arXiv:1510.01226.
    307 S.van Velzen,G.E.Anderson,N.C.Stone,M.Fraser,T.Wevers,B.D.Metzger,P.G.Jonker,A.J.van der Horst,T.D.Staley,A.J.Mendez,J.C.A.Miller-Jones,S.T.Hodgkin,H.C.Campbell,and R.P.Fender,Science 351,62(2016),arXiv:1511.08803.
    308 D.N.Burrows,J.A.Kennea,G.Ghisellini,V.Mangano,B.Zhang,K.L.Page,M.Eracleous,P.Romano,T.Sakamoto,A.D.Falcone,J.P.Osborne,S.Campana,A.P.Beardmore,A.A.Breeveld,M.M.Chester,R.Corbet,S.Covino,J.R.Cummings,P.D’Avanzo,V.D’Elia,P.Esposito,P.A.Evans,D.Fugazza,J.M.Gelbord,K.Hiroi,S.T.Holland,K.Y.Huang,M.Im,G.Israel,Y.Jeon,Y.B.Jeon,H.D.Jun,N.Kawai,J.H.Kim,H.A.Krimm,F.E.Marshall,F.E.P.M′esz′aros,H.Negoro,N.Omodei,W.K.Park,J.S.Perkins,M.Sugizaki,H.I.Sung,G.Tagliaferri,E.Troja,Y.Ueda,Y.Urata,R.Usui,L.A.Antonelli,S.D.Barthelmy,G.Cusumano,P.Giommi,A.Melandri,M.Perri,J.L.Racusin,B.Sbarufatti,M.H.Siegel,and N.Gehrels,Nature 476,421(2011),arXiv:1104.4787.
    309 I.Donnarumma,and E.M.Rossi,Astrophys.J.803,36(2015),arXiv:1501.05111.
    310 B.A.Zauderer,E.Berger,A.M.Soderberg,A.Loeb,R.Narayan,D.A.Frail,G.R.Petitpas,A.Brunthaler,R.Chornock,J.M.Carpenter,G.G.Pooley,K.Mooley,S.R.Kulkarni,R.Margutti,D.B.Fox,E.Nakar,N.A.Patel,N.H.Volgenau,T.L.Culverhouse,M.F.Bietenholz,M.P.Rupen,W.Max-Moerbeck,A.C.S.Readhead,J.Richards,M.Shepherd,S.Storm,and C.L.H.Hull,Nature 476,425(2011),arXiv:1106.3568.
    311 W.Yu,H.Zhang,Z.Yan,and W.Zhang,in Early phase detection and coverage of extragalactic and galactic black hole X-ray transients with the SKA:Advancing Astrophysics with the Square Kilometre Array,June 8-13,2014,Giardini Naxos,Italy(PoS,Giardini Naxos,2014).
    312 I.Donnarumma,E.M.Rossi,R.Fender,S.Komossa,Z.Paragi,S.Van Velzen,and I.Prandoni,in SKA as a powerful hunter of jetted Tidal Disruption Events:Advancing Astrophysics with the Square Kilometre Array,June 8-13,2014,Giardini Naxos,Italy(PoS,Giardini Naxos,2014).
    313 C.J.Saxton,R.Soria,K.Wu,and N.P.M.Kuin,Mon.Not.R.Astron.Soc.422,1625(2012),arXiv:1201.5210.
    314 A.Tchekhovskoy,B.D.Metzger,D.Giannios,and L.Z.Kelley,Mon.Not.R.Astron.Soc.437,2744(2014),arXiv:1301.1982.
    315 D.Lin,J.Guillochon,S.Komossa,E.Ramirez-Ruiz,J.A.Irwin,W.P.Maksym,D.Grupe,O.Godet,N.A.Webb,D.Barret,B.A.Zauderer,P.A.Duc,E.R.Carrasco,and S.D.J.Gwyn,Nat.Astron.1,0033(2017),arXiv:1702.00792.
    316 T.Piran,Rev.Mod.Phys.76,1143(2005).
    317 P.M′esz′aros,Rep.Prog.Phys.69,2259(2006).
    318 N.Gehrels,E.Ramirez-Ruiz,and D.B.Fox,Annu.Rev.Astron.Astrophys.47,567(2009),arXiv:0909.1531.
    319 E.Costa,F.Frontera,J.Heise,M.Feroci,J.in’t Zand,F.Fiore,M.N.Cinti,D.Dal Fiume,L.Nicastro,M.Orlandini,E.Palazzi,M.Rapisarda,G.Zavattini,R.Jager,A.Parmar,A.Owens,S.Molendi,G.Cusumano,M.C.Maccarone,S.Giarrusso,A.Coletta,L.A.Antonelli,P.Giommi,J.M.Muller,L.Piro,and R.C.Butler,Nature387,783(1997).
    320 J.van Paradijs,P.J.Groot,T.Galama,C.Kouveliotou,R.G.Strom,J.Telting,R.G.M.Rutten,G.J.Fishman,C.A.Meegan,M.Pettini,N.Tanvir,J.Bloom,H.Pedersen,H.U.N?rdgaard-Nielsen,M.Linden-V?rnle,J.Melnick,G.van der Steene,M.Bremer,R.Naber,J.Heise,J.in’t Zand,E.Costa,M.Feroci,L.Piro,F.Frontera,G.Zavattini,L.Nicastro,E.Palazzi,K.Bennet,L.Hanlon,and A.Parmar,Nature 386,686(1997).
    321 M.R.Metzger,S.G.Djorgovski,S.R.Kulkarni,C.C.Steidel,K.L.Adelberger,D.A.Frail,E.Costa,and F.Frontera,Nature 387,878(1997).
    322 C.Kouveliotou,C.A.Meegan,G.J.Fishman,N.P.Bhat,M.S.Briggs,T.M.Koshut,W.S.Paciesas,and G.N.Pendleton,Astrophys.J.413,L101(1993).
    323 T.J.Galama,P.M.Vreeswijk,J.van Paradijs,C.Kouveliotou,T.Augusteijn,H.B¨ohnhardt,J.P.Brewer,V.Doublier,J.F.Gonzalez,B.Leibundgut,C.Lidman,O.R.Hainaut,F.Patat,J.Heise,J.in’t Zand,K.Hurley,P.J.Groot,R.G.Strom,P.A.Mazzali,K.Iwamoto,K.Nomoto,H.Umeda,T.Nakamura,T.R.Young,T.Suzuki,T.Shigeyama,T.Koshut,M.Kippen,C.Robinson,P.de Wildt,R.A.M.J.Wijers,N.Tanvir,J.Greiner,E.Pian,E.Palazzi,F.Frontera,N.Masetti,L.Nicastro,M.Feroci,E.Costa,L.Piro,B.A.Peterson,C.Tinney,B.Boyle,R.Cannon,R.Stathakis,E.Sadler,M.C.Begam,and P.Ianna,Nature 395,670(1998).
    324 D.Eichler,M.Livio,T.Piran,and D.N.Schramm,Nature 340,126(1989).
    325 N.Gehrels,C.L.Sarazin,P.T.O’Brien,B.Zhang,L.Barbier,S.D.Barthelmy,A.Blustin,D.N.Burrows,J.Cannizzo,J.R.Cummings,M.Goad,S.T.Holland,C.P.Hurkett,J.A.Kennea,A.Levan,C.B.Markwardt,K.O.Mason,P.Meszaros,M.Page,D.M.Palmer,E.Rol,T.Sakamoto,R.Willingale,L.Angelini,A.Beardmore,P.T.Boyd,A.Breeveld,S.Campana,M.M.Chester,G.Chincarini,L.R.Cominsky,G.Cusumano,M.de Pasquale,E.E.Fenimore,P.Giommi,C.Gronwall,D.Grupe,J.E.Hill,D.Hinshaw,J.Hjorth,D.Hullinger,K.C.Hurley,S.Klose,S.Kobayashi,C.Kouveliotou,H.A.Krimm,V.Mangano,F.E.Marshall,K.McGowan,A.Moretti,R.F.Mushotzky,K.Nakazawa,J.P.Norris,J.A.Nousek,J.P.Osborne,K.Page,A.M.Parsons,S.Patel,M.Perri,T.Poole,P.Romano,P.W.A.Roming,S.Rosen,G.Sato,P.Schady,A.P.Smale,J.Sollerman,R.Starling,M.Still,M.Suzuki,G.Tagliaferri,T.Takahashi,M.Tashiro,J.Tueller,A.A.Wells,N.E.White,and R.A.M.J.Wijers,Nature 437,851(2005).
    326 W.Fong,E.Berger,and D.B.Fox,Astrophys.J.708,9(2010),arXiv:0909.1804.
    327 N.R.Tanvir,A.J.Levan,A.S.Fruchter,J.Hjorth,R.A.Hounsell,K.Wiersema,and R.L.Tunnicliffe,Nature 500,547(2013),arXiv:1306.4971.
    328 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Astrophys.J.848,L13(2017f).
    329 S.Rosswog,Philos.Trans.R.Soc.A-Math.Phys.Eng.Sci.371,20120272(2013),arXiv:1210.6549.
    330 B.P.Abbott,et al.(LIGO Scientific Collaboration and Virgo Collaboration),Living.Rev.Relativ.21,3(2018).
    331 S.Yang,S.Valenti,E.Cappellaro,D.J.Sand,L.Tartaglia,A.Corsi,D.E.Reichart,J.Haislip,and V.Kouprianov,Astrophys.J.851,L48(2017),arXiv:1710.05864.
    332 N.Gehrels,J.P.Norris,S.D.Barthelmy,J.Granot,Y.Kaneko,C.Kouveliotou,C.B.Markwardt,P.M′esz′aros,E.Nakar,J.A.Nousek,P.T.O’Brien,M.Page,D.M.Palmer,A.M.Parsons,P.W.A.Roming,T.Sakamoto,C.L.Sarazin,P.Schady,M.Stamatikos,and S.E.Woosley,Nature 444,1044(2006).
    333 W.Fong,E.Berger,R.Margutti,and B.A.Zauderer,Astrophys.J.815,102(2015),arXiv:1509.02922.
    334 O.S.Salafia,G.Ghisellini,A.Pescalli,G.Ghirlanda,and F.Nappo,Mon.Not.R.Astron.Soc.461,3607(2016),arXiv:1601.03735.
    335 D.Lazzati,D.L′opez-C′amara,M.Cantiello,B.J.Morsony,R.Perna,and J.C.Workman,Astrophys.J.848,L6(2017),arXiv:1709.01468.
    336 B.Zhang,and P.M′esz′aros,Astrophys.J.552,L35(2001).
    337 B.D.Metzger,T.A.Thompson,and E.Quataert,Astrophys.J.676,1130(2008),arXiv:0708.3395.
    338 A.Rowlinson,P.T.O’Brien,B.D.Metzger,N.R.Tanvir,and A.J.Levan,Mon.Not.R.Astron.Soc.430,1061(2013),arXiv:1301.0629.
    339 B.Zhang,Astrophys.J.763,L22(2013),arXiv:1212.0773.
    340 H.Gao,X.Ding,X.F.Wu,B.Zhang,and Z.G.Dai,Astrophys.J.771,86(2013),arXiv:1301.0439.
    341 D.M.Siegel,and R.Ciolfi,Astrophys.J.819,14(2016).
    342 D.M.Siegel,and R.Ciolfi,Astrophys.J.819,15(2016).
    343 T.M.Tauris,N.Langer,T.J.Moriya,P.Podsiadlowski,S.C.Yoon,and S.I.Blinnikov,Astrophys.J.778,L23(2013),arXiv:1310.6356.
    344 T.M.Tauris,N.Langer,and P.Podsiadlowski,Mon.Not.R.Astron.Soc.451,2123(2015),arXiv:1505.00270.
    345 T.J.Moriya,P.A.Mazzali,N.Tominaga,S.Hachinger,S.I.Blinnikov,T.M.Tauris,K.Takahashi,M.Tanaka,N.Langer,and P.Podsiadlowski,Mon.Not.R.Astron.Soc.466,2085(2017),arXiv:1612.02882.
    346 M.R.Drout,A.M.Soderberg,P.A.Mazzali,J.T.Parrent,R.Margutti,D.Milisavljevic,N.E.Sanders,R.Chornock,R.J.Foley,R.P.Kirshner,A.V.Filippenko,W.Li,P.J.Brown,S.B.Cenko,S.Chakraborti,P.Challis,A.Friedman,M.Ganeshalingam,M.Hicken,C.Jensen,M.Modjaz,H.B.Perets,J.M.Silverman,and D.S.Wong,Astrophys.J.774,58(2013),arXiv:1306.2337.
    347 S.Horiuchi,J.F.Beacom,C.S.Kochanek,J.L.Prieto,K.Z.Stanek,and T.A.Thompson,Astrophys.J.738,154(2011),arXiv:1102.1977.
    348 S.Campana,V.Mangano,A.J.Blustin,P.Brown,D.N.Burrows,G.Chincarini,J.R.Cummings,G.Cusumano,M.D.Valle,D.Malesani,P.M′esz′aros,J.A.Nousek,M.Page,T.Sakamoto,E.Waxman,B.Zhang,Z.G.Dai,N.Gehrels,S.Immler,F.E.Marshall,K.O.Mason,A.Moretti,P.T.O’Brien,J.P.Osborne,K.L.Page,P.Romano,P.W.A.Roming,G.Tagliaferri,L.R.Cominsky,P.Giommi,O.Godet,J.A.Kennea,H.Krimm,L.Angelini,S.D.Barthelmy,P.T.Boyd,D.M.Palmer,A.A.Wells,and N.E.White,Nature 442,1008(2006).
    349 A.M.Soderberg,E.Berger,K.L.Page,P.Schady,J.Parrent,D.Pooley,X.Y.Wang,E.O.Ofek,A.Cucchiara,A.Rau,E.Waxman,J.D.Simon,D.C.J.Bock,P.A.Milne,M.J.Page,J.C.Barentine,S.D.Barthelmy,A.P.Beardmore,M.F.Bietenholz,P.Brown,A.Burrows,D.N.Burrows,G.Byrngelson,S.B.Cenko,P.Chandra,J.R.Cummings,D.B.Fox,A.Gal-Yam,N.Gehrels,S.Immler,M.Kasliwal,A.K.H.Kong,H.A.Krimm,S.R.Kulkarni,T.J.Maccarone,P.M′esz′aros,E.Nakar,P.T.O’Brien,R.A.Overzier,M.de Pasquale,J.Racusin,N.Rea,and D.G.York,Nature 453,469(2008),arXiv:0802.1712.
    350 B.Gendre,G.Stratta,J.L.Atteia,S.Basa,M.Bo¨er,D.M.Coward,S.Cutini,V.D’Elia,E.J.Howell,A.Klotz,and L.Piro,Astrophys.J.766,30(2013),arXiv:1212.2392.
    351 A.J.Levan,J.High Energy Astrophys.7,44(2015),arXiv:1506.03960.
    352 K.Ioka,K.Hotokezaka,and T.Piran,Astrophys.J.833,110(2016),arXiv:1608.02938.
    353 L.Piro,E.Troja,B.Gendre,G.Ghisellini,R.Ricci,K.Bannister,F.Fiore,L.A.Kidd,S.Piranomonte,and M.H.Wieringa,Astrophys.J.790,L15(2014),arXiv:1405.2897.
    354 R.Ciolfi,Astrophys.J.829,72(2016),arXiv:1606.01743.
    355 J.Heise,J.J.M.in’t Zand,R.M.Kippen,and P.M.Woods,in Gamma-ray Bursts in the Afterglow Era,edited by E.Costa,F.Frontera,and J.Hjorth(Springer Verlag,Berlin,2001),p.16.
    356 T.Sakamoto,D.Q.Lamb,N.Kawai,A.Yoshida,C.Graziani,E.E.Fenimore,T.Q.Donaghy,M.Matsuoka,M.Suzuki,G.Ricker,J.L.Atteia,Y.Shirasaki,T.Tamagawa,K.Torii,M.Galassi,J.Doty,R.Vanderspek,G.B.Crew,J.Villasenor,N.Butler,G.Prigozhin,J.G.Jernigan,C.Barraud,M.Boer,J.P.Dezalay,J.F.Olive,K.Hurley,A.Levine,G.Monnelly,F.Martel,E.Morgan,S.E.Woosley,T.Cline,J.Braga,R.Manchanda,G.Pizzichini,K.Takagishi,and M.Yamauchi,Astrophys.J.629,311(2005).
    357 T.Sakamoto,D.Hullinger,G.Sato,R.Yamazaki,L.Barbier,S.D.Barthelmy,J.R.Cummings,E.E.Fenimore,N.Gehrels,H.A.Krimm,D.Q.Lamb,C.B.Markwardt,J.P.Osborne,D.M.Palmer,A.M.Parsons,M.Stamatikos,and J.Tueller,Astrophys.J.679,570(2008),arXiv:0801.4319.
    358 R.Martone,L.Izzo,M.D.Valle,L.Amati,G.Longo,and D.G¨otz,Astron.Astrophys.608,A52(2017),arXiv:1708.03873.
    359 D.L.Band,Astrophys.J.588,945(2003).
    360 L.Izzo,R.Ruffini,A.V.Penacchioni,C.L.Bianco,L.Caito,S.K.Chakrabarti,J.A.Rueda,A.Nandi,and B.Patricelli,Astron.Astrophys.543,A10(2012),arXiv:1202.4374.
    361 L.Amati,Science 290,953(2000).
    362 D.N.Burrows,Science 309,1833(2005).
    363 B.Zhang,Y.Z.Fan,J.Dyks,S.Kobayashi,P.Meszaros,D.N.Burrows,J.A.Nousek,and N.Gehrels,Astrophys.J.642,354(2006).
    364 P.T.O’Brien,R.Willingale,J.Osborne,M.R.Goad,K.L.Page,S.Vaughan,E.Rol,A.Beardmore,O.Godet,C.P.Hurkett,A.Wells,B.Zhang,S.Kobayashi,D.N.Burrows,J.A.Nousek,J.A.Kennea,A.Falcone,D.Grupe,N.Gehrels,S.Barthelmy,J.Cannizzo,J.Cummings,J.E.Hill,H.Krimm,G.Chincarini,G.Tagliaferri,S.Campana,A.Moretti,P.Giommi,M.Perri,V.Mangano,and V.LaParola,Astrophys.J.647,1213(2006).
    365 J.A.Nousek,C.Kouveliotou,D.Grupe,K.L.Page,J.Granot,E.Ramirez-Ruiz,S.K.Patel,D.N.Burrows,V.Mangano,S.Barthelmy,A.P.Beardmore,S.Campana,M.Capalbi,G.Chincarini,G.Cusumano,A.D.Falcone,N.Gehrels,P.Giommi,M.R.Goad,O.Godet,C.P.Hurkett,J.A.Kennea,A.Moretti,P.T.O’Brien,J.P.Osborne,P.Romano,G.Tagliaferri,and A.A.Wells,Astrophys.J.642,389(2006).
    366 R.Sari,and P.M′esz′aros,Astrophys.J.535,L33(2000).
    367 Z.G.Dai,Astrophys.J.606,1000(2004).
    368 R.Margutti,E.Zaninoni,M.G.Bernardini,G.Chincarini,F.Pasotti,C.Guidorzi,L.Angelini,D.N.Burrows,M.Capalbi,P.A.Evans,N.Gehrels,J.Kennea,V.Mangano,A.Moretti,J.Nousek,J.P.Osborne,K.L.Page,M.Perri,J.Racusin,P.Romano,B.Sbarufatti,S.Stafford,and M.Stamatikos,Mon.Not.R.Astron.Soc.428,729(2013),arXiv:1203.1059.
    369 L.A.Antonelli,L.Piro,M.Vietri,E.Costa,P.Soffitta,M.Feroci,L.Amati,F.Frontera,E.Pian,J.J.M.Zand,J.Heise,E.Kuulkers,L.Nicastro,R.C.Butler,L.Stella,and G.C.Perola,Astrophys.J.545,L39(2000).
    370 P.D.Lasky,B.Haskell,V.Ravi,E.J.Howell,and D.M.Coward,Phys.Rev.D 89,047302(2014),arXiv:1311.1352.
    371 A.Rowlinson,A.Patruno,and P.T.O’Brien,Mon.Not.R.Astron.Soc.472,1152(2017),arXiv:1706.08538.
    372 S.Schanne,B.Cordier,J.L.Atteia,O.Godet,C.Lachaud,and K.Mercier,in Proceeding of Swift:10 Years of Discovery,Rome,Italy,December 2-5,2014(PoS,Rome,2014).
    373 M.Bachetti,F.A.Harrison,D.J.Walton,B.W.Grefenstette,D.Chakrabarty,F.F¨urst,D.Barret,A.Beloborodov,S.E.Boggs,F.E.Christensen,W.W.Craig,A.C.Fabian,C.J.Hailey,A.Hornschemeier,V.Kaspi,S.R.Kulkarni,T.Maccarone,J.M.Miller,V.Rana,D.Stern,S.P.Tendulkar,J.Tomsick,N.A.Webb,and W.W.Zhang,Nature 514,202(2014),arXiv:1410.3590.
    374 F.F¨urst,D.J.Walton,F.A.Harrison,D.Stern,D.Barret,M.Brightman,A.C.Fabian,B.Grefenstette,K.K.Madsen,M.J.Middleton,J.M.Miller,K.Pottschmidt,A.Ptak,V.Rana,and N.Webb,Astrophys.J.831,L14(2016),arXiv:1609.07129.
    375 G.L.Israel,A.Belfiore,L.Stella,P.Esposito,P.Casella,A.De Luca,M.Marelli,A.Papitto,M.Perri,S.Puccetti,G.A.R.Castillo,D.Salvetti,A.Tiengo,L.Zampieri,D.D’Agostino,J.Greiner,F.Haberl,G.Novara,R.Salvaterra,R.Turolla,M.Watson,J.Wilms,and A.Wolter,Science 355,817(2017).
    376 G.L.Israel,A.Papitto,P.Esposito,L.Stella,L.Zampieri,A.Belfiore,G.A.R.Castillo,A.De Luca,A.Tiengo,F.Haberl,J.Greiner,R.Salvaterra,S.Sandrelli,and G.Lisini,Mon.Not.R.Astron.Soc.-Lett.466,L48(2017).
    377 S.A.Rappaport,P.Podsiadlowski,and E.Pfahl,Mon.Not.R.Astron.Soc.356,401(2005).
    378 C.Motch,M.W.Pakull,F.Gris′e,and R.Soria,Astron.Nachr.332,367(2011),arXiv:1011.4215.
    379 T.E.Strohmayer,and R.F.Mushotzky,Astrophys.J.586,L61(2003).
    380 B.De Marco,G.Ponti,G.Miniutti,T.Belloni,M.Cappi,M.Dadina,and T.Mu?noz-Darias,Mon.Not.R.Astron.Soc.436,3782(2013),arXiv:1310.0042.
    381 R.Urquhart,and R.Soria,Astrophys.J.831,56(2016),arXiv:1608.01111.
    382 D.R.Lorimer,M.Bailes,M.A.McLaughlin,D.J.Narkevic,and F.Crawford,Science 318,777(2007),arXiv:0709.4301.
    383 E.F.Keane,and E.Petroff,Mon.Not.R.Astron.Soc.447,2852(2015),arXiv:1409.6125.
    384 E.Petroff,in Proceeding of 11th INTEGRAL Conference Gamma-ray Astrophysics in Multi-wavelength Perspective,held in 10-14 October2016 Amsterdam,The Netherlands,edited by E.P.J.van den Heuvel,PoS,vol.285(PoS,Amsterdam,2017).
    385 A.Rane,and D.Lorimer,J Astrophys Astron 38,55(2017).
    386 L.G.Spitler,P.Scholz,J.W.T.Hessels,S.Bogdanov,A.Brazier,F.Camilo,S.Chatterjee,J.M.Cordes,F.Crawford,J.Deneva,R.D.Ferdman,P.C.C.Freire,V.M.Kaspi,P.Lazarus,R.Lynch,E.C.Madsen,M.A.McLaughlin,C.Patel,S.M.Ransom,A.Seymour,I.H.Stairs,B.W.Stappers,J.van Leeuwen,and W.W.Zhu,Nature531,202(2016),arXiv:1603.00581.
    387 E.Petroff,S.Johnston,E.F.Keane,W.van Straten,M.Bailes,E.D.Barr,B.R.Barsdell,S.Burke-Spolaor,M.Caleb,D.J.Champion,C.Flynn,A.Jameson,M.Kramer,C.Ng,A.Possenti,and B.W.Stappers,Mon.Not.R.Astron.Soc.454,457(2015),arXiv:1508.04884.
    388 J.I.Katz,Astrophys.J.826,226(2016),arXiv:1512.04503.
    389 M.Lyutikov,L.Burzawa,and S.B.Popov,Mon.Not.R.Astron.Soc.462,941(2016),arXiv:1603.02891.
    390 B.Zhang,Astrophys.J.780,L21(2014),arXiv:1310.4893.
    391 P.Scholz,S.Bogdanov,J.W.T.Hessels,R.S.Lynch,L.G.Spitler,C.G.Bassa,G.C.Bower,S.Burke-Spolaor,B.J.Butler,S.Chatterjee,J.M.Cordes,K.Gourdji,V.M.Kaspi,C.J.Law,B.Marcote,M.A.McLaughlin,D.Michilli,Z.Paragi,S.M.Ransom,A.Seymour,S.P.Tendulkar,and R.S.Wharton,Astrophys.J.846,80(2017),arXiv:1705.07824.
    392 B.D.Metzger,E.Berger,and B.Margalit,Astrophys.J.841,14(2017),arXiv:1701.02370.
    393 Q.Chu,E.J.Howell,A.Rowlinson,H.Gao,B.Zhang,S.J.Tingay,M.Bo¨er,and L.Wen,Mon.Not.R.Astron.Soc.459,121(2016),arXiv:1509.06876.