The International Large Detector: Letter of Intent
The International Large Detector: Letter of Intent
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DOI：
10.2172/975166
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发表时间：
2010-02
期刊：
影响因子：
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通讯作者：
T. Abe;S. Schuwalow;M. Yamauchi;J. Schaffran;H. Ikeda;W. Qian;W. Waltenberger;Zuotang Liang;A. Brogna;M. Merk;H. Kim;K. Dehmelt;T. Tanabe;M. Barbi;P. Roloff;K. Fujii;T. Yoshioka;A. Campbell;U. Renz;H. Nakazawa;E. Delagnes;M. Maity;E. Norbeck;G. Pellegrini;C. U. Berggren;S. Christen;R. Rossmanith;E. Ginina;U. Schneekloth;M. Kobel;S. Kim;D. Moya;T. Kawasaki;D. Imbault;Yongzhao Zhou;A. Faus-Golfe;J. Mamuzic;Takuo Yoshida;X. Vilasís-Cardona;T. Klimkovich;E. Tarkovsky;Marcos Fernández García;S. Roth;Kazutoshi Ito;A. Gellrich;S. Mihara;O. Biebel;S. Moretti;B. Bilki;V. Vrba;B. Lundberg;M. Danilov;M. Dragicevic;S. Tapprogge;Xun Chen;P. Mereu;J. Vanel;Qun Wang;F. Jing;D. Krucker;K. Belkadhi;C. Grefe;C. Taille;C. Hajdu;J. Blumlein;J. Scheirich;M. Dixit;L. Weuste;K. Kawagoe;D. Ward;J. Bouvier;N. Okada;Chengguang Zhu;A. Vogel;Y. Hasegawa;H. Eberl;W. Zeuner;J. Butler;I. Laktineh;K. Kotera;M. Asano;Jean Martin;Hengne Li;M. Joré;Shenjian Chen;A. Sailer;K. Elsener;R. Dollan;L. Eklund;I. Valin;M. Vos;I. Nakamura;D. Karlen;D. David;O. Miller;F. Moser;H. Kuroiwa;V. Morgunov;W. Ehrenfeld;H. Henschel;L. Musa;E. Boos;A. Imhof;K. Itagaki;Masatoshi Saito;M. Piccolo;P. Lutz;U. Koetz;K. Seidel;J. Burger;Y. Fujita;W. Ootani;G. Wilson;J. Engels;H. Ono;Chun-xu Yu;H. Graaf;M. Campbell;Y. Suetsugu;M. Frotin;Qing He;I. Sadeh;V. O’Shea;R. Settles;Benjamin Lutz;Dhellot Marc;P. Speckmayer;M. Merkin;W. Kiesenhofer;I. Božović-Jelisavčić;E. Popova;M. Beckmann;R. Walsh;A. Bellerive;J. Balbuena;H. Yamaguchi;Bo Liu;H. Matsunaga;P. Luźniak;M. Valentan;A. Galkin;C. Vescovi;M. Idzik;M. Fouz;A. Raspereza;Takashi Mori;K. Nakashima;Eun-joo Kim;E. Koffeman;C. Evrard;O. Dadoun;Y. Kondou;H. Stoeck;I. Polák;L. Ratti;Yuanning Gao;H. Sendai;D. Kisielewska;J. Goldstein;K. Kschioneck;T. Tauchi;J. Cvach;A. L. Virto;Y. Kamiya;Ziping Zhang;V. Re;L. Han;J. David;R. Stromhagen;A. Frey;H. Schreiber;H. Yamaoka;Yutaro Sato;F. Gaede;B. Gaur;S. Shimazaki;M. Postranecky;V. Drugakov;J. Baudot;R. Hertenberger;Y. Kato;M. Dam;B. Pawlik;Wen-gan Ma;A. Maki;K. Tauchi;Jiawei Zhao;T. Greenshaw;S. Mukhopadhyay;Zhenwei Yang;J. Ballin;T. Kohriki;G. Claus;P. Sicho;R. Kooten;H. Mathez;C. Cappellini;K. Mönig;L. Sawyer;V. Saveliev;M. Donckt;R. Yonamine;M. Thomson;M. Schumacher;H. Kim;A. Moll;N. Watson;I. Marchesini;J. Timmermans;I. Yu;Xueyao Zhang;J. Ciborowski;Hong-fang Chen;A. Dorokhov;E. Teodorescu;P. Hansen;A. Sopczak;G. Blair;P. D. Freitas;L. Morin;Xianglei Zhu;F. Suekane;H. Kluge;Z. Xu;Zhiqin Zhang;C. Zeitnitz;D. Käfer;M. Imhoff;K. Robert;B. Hommels;K. Krastev;H. Itoh;A. Yamaguchi;F. Morel;K. Harder;V. Galkin;I. Gregor;R. Sefri;M. Ullán;R. Bates;F. Corriveau;B. Cheon;S. Sarkar;C. Kleinwort;W. Hou;T. Lux;S. Nemecek;Yanxi Zhang;Yusuke Kamai;J. Fleury;N. Meyners;C. Clerc;Ting Li;G. Martin-Chassard;E. Stenlund;P. Cornebise;G. Eigen;M. Grunewald;L. Österman;S. Riemann;K. Sumisawa;X. Huang;D. Jeans;L. Zawiejski;P. Buchholz;K. Yanagida;W. Silva;H. Takeda;T. Omori;H. Kodama;S. Aplin;Meng Wang;Jongmann Yang;J. Fontaine;E. Garutti;T. Higuchi;I. Brock;A. Buzulutskov;K. Buesser;Xiaolian Wang;S. Nam;J. Kuhlmann;U. Mjörnmark;M. Giannelli;T. Matsuda;Carlos Marias;D. Gamba;D. Zerwas;K. McDonald;W. Lohmann;Hw. Park;I. H. Park;S. Nishida;D. Horvath;H. Moser;L. Dumitru;E. Lagorio;Á. Diéguez;A. Colijn;N. Groot;R. Kieffer;T. Ikuno;J. Riera-Babures;C. Soldner;A. Schälicke;T. Pham;C. Damerell;J. Urakawa;Minori Watanabe;N. Wermes;J. Smolík;H. Gerwig;R. Orava;C. Kim;M. Bergholz;A. Calcaterra;H. Abramowicz;F. Richard;Z. Drasal;N. Shumeiko;T. Jovin;J. Huppert;P. Bechtle;J. Mnich;G. Iwai;A. Lyapin;Yulan Li;L. Zhong;D. Stöckinger;M. Wobisch;W. Lange;A. Petrov;R. J. Echeverría;H. Schultz-Coulon;M. Lozano;H. Videau;M. Ohlerich;S. Yamashita;M. Kawai;P. Wienemann;P. Schade;B. Dolgoshein;F. Rarbi;D. Grondin;A. Sugiyama;C. Niebuhr;M. Pandurović;C. Fleta;A. Kaplan;J. Sekaric;M. Wing;A. Roeck;R. Sasaki;A. Ruiz-Jimeno;T. Tsuboyama;P. Gris;H. Przysiezniak;M. Anduze;D. Attié;A. Quadt;Y. Yamazaki;L. Maczewski;S. Khan;K. Yoshida;E. Alamillo;F. Zomer;C. Cârloganu;Sebastian M. R. Frank;M. Ruan;C. Parkes;F. Gournaris;D. Decotigny;A. Oskarsson;D. Schlatter;L. Gallin-Martel;G. Bonvicini;Tohru Takahashi;M. Worek;T. Riemann;B. List;F. Lehner;V. Martin;P. Colas;Y. Sugimoto;T. Takeshita;L. Beltrán;T. Sanami;Haijun Yang;O. Igonkina;Z. Doležal;L. Jönsson;K. Nakayoshi;C. Ciobanu;C. Hensel;F. Filthaut;G. Grenier;T. Doyle;M. Orlandea;J. Abernathy;P. Lebrun;V. Bartsch;S. Uozumi;D. Chakraborty;Yasuhiro Ide;Guinyun Kim;H. Albrecht;C. Bartels;A. Charpy;S. Bhattacharya;P. Chang;Y. Voutsinas;J. Nam;B. Krause;K. Desch;K. Ueno;N. Meyer;P. Repain;M. Niechciol;J. List;B. Choudhary;J. Zálešák;I. Heinze;W. Mitaroff;N. Castro;V. Telnov;J. Fuster;X. Prudent;L. Andricek;W. Wierba;M. Fleischer;S. Gentile;L. Shechtman;Ge Jing;O. Nitoh;J. Marshall;I. Emeliantchik;V. Boisvert;W. Boer;P. Regueiro;Y. Takubo;J. Hostachy;R. Barlow;M. Mudrinic;M. Dima;A. Besson;A. Gallas;J. Genat;F. Kajino;M. Winter;Boyang Li;G. Patrick;D. Ossetski;A. Olchevski;G. Faber;R. Fabbri;N. Katayama;S. D. Jong;I. Riu;D. Peterson;I. Fleck;M. Regler;M. Adamus;K. Schuler;B. Adeva;M. Reinhard;D. Attree;A. Gaddi;R. Ingbir;H. Hluchá;Y. Ikemoto;Kazurayama Hironori;P. Osland;F. Simon;A. Straessner;John Wilson;A. Rosca;Y. Onel;E. Elsen;C. A. Pons;I. Smiljanić;Makoto Kobayashi;A. Savoy-Navarro;I. Vila;J. Brient;A. Kaukher;K. Song;J. Giraud;S. Tozuka;N. Wattimena;J. Repond;A. Himmi;L. Gladilin;D. Linzmaier;L. Hallermann;T. Bergauer;N. Smiljkovic;R. Diener;Y. Makida;Li Bo;A. Caldwell;D. Bailey;L. Gibbons;A. Bondar;Z. Deng;K. Afanaciev;J. A. Aguilar-Saavedra;V. Korbel;B. Foster;C. Padilla;A. Ishikawa;D. Ryzhikov;F. Kircher;L. Raux;Ren-You Zhang;C. Martens;C. Combaret;Shirou Suzuki;T. Kusano;F. Linde;M. Nozaki;R. Ströhmer;E. Kielar;Minhong Wang;D. Kim;R. Schwierz;A. Pellegrino;C. I. Escudero;C. Kiesling;V. Zutshi;D. Dzahini;A. Gurtu;K. Ikematsu;B. Zheng;A. Hartin;C. Buttar;V. Boudry;M. Vreeswijk;E. Inoue;G. Grzelak;R. D. Masi;S. Haensel;H. Yamamoto;P. Kvasnička;H. Kawahara;A. Żarnecki;W. Mader;A. Lucaci-Timoce;P. Doublet;Toshinori Mori;A. Ushakov;J. Kaminski;K. Swientek;D. Kar;S. Jokic;M. Krammer;V. Prahl;M. Verzocchi;T. Lesiak;Q. Yue;T. Iwamoto;Yi Wang;D. Bassignana;G. Giraudo;M. Hauschild;C. Colledani;J. Puerta-Pelayo;Manobu M. Tanaka;C. Rosemann;T. Matsushita;M. Titov;G. Ioannis;M. Nishiyama;C. Helebrant;Y. Yasu;Z. Greenwood;T. Krautscheid;C. Coca;Y. Sudo;G. Dozière;M. Iwabuchi;M. Caccia;T. Haas;Y. Ushiroda;G. Moortgat-pick;S. Tanaka;P. Jong;M. Warren;S. Bentvelsen;R. Schmidt;N. Seguin-Moreau;F. Sefkow;M. Chadeeva;A. Levy;C. Feng;David J. Miller;C. M. Rivero;G. Eckerlin;Jin Min Yang;N. D’ascenzo;T. Nagamine;G. Musat;J. D. Campderros;Y. Kuang;O. Schäfer;G. Dissertori;B. Sobloher;J. Fujimoto;S. Schmitt;T. Suehara;T. Sanuki;A. Mathieu;B. Olivier;N. Lumb;M. Harz;F. Dulucq;V. Rusinov;Nicolas Fourches;O. Wendt;X. L. Cudie;W. Yan;Takashi Watanabe;G. Lima;S. Caiazza;G. Raven;J. Saborido;Ken-ichi Tanaka;M. Ball;S. Xella;T. Behnke;R. Cornat;T. Fusayasu;M. Besançon;P. Kluit;N. Feege;G. Daubard;P. Ruzicka;J. Patterson;A. Robson;M. Marcisovsky;F. Kapusta;Jeannine Beck;C. Llácer;R. Volkenborn;J. Ẑáček;A. Hervé;S. Morozov;J. Tian;D. Hedin;Zhengguo Zhao;F. Gastaldi;R. Poeschl;S. Kraml;M. Shao;T. Haruyama;P. Kodyš;K. Sinram;B. Bouquet;M. Bedjidian;B. Schumm;S. Callier;G. Mavromanolakis;Suyong Choi;F. J. G. Sanchez;K. Oliwa;H. Tabassam;C. Hu-Guo;P. Nieżurawski;B. Doren;Shaojun Lu;Y. Arai;J. Rosiek;T. Sakuma;A. Ignatenko;H. Martyn;Y. Onuki;N. Majumdar;V. Hedberg;E. Nakano;T. Murakami;M. Czakon;S. Komamiya;W. Bernreuther;M. Killenberg;B. Bhuyan;H. Fujii;H. Miyata;L. Linssen;G. Majumder;T. Hara;A. Miyamoto;E. P. Jacosalem;M. C. Carballo;A. Bulgheroni;Y. Ono;J. Ferencei;Y. Horii;K. Wichmann;M. Yamouni;K. Tokushuku;Jik Lee;C. Royon;W. Daniluk;E. Kato
中科院分区：
文献类型：
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作者：
T. Abe;S. Schuwalow;M. Yamauchi;J. Schaffran;H. Ikeda;W. Qian;W. Waltenberger;Zuotang Liang;A. Brogna;M. Merk;H. Kim;K. Dehmelt;T. Tanabe;M. Barbi;P. Roloff;K. Fujii;T. Yoshioka;A. Campbell;U. Renz;H. Nakazawa;E. Delagnes;M. Maity;E. Norbeck;G. Pellegrini;C. U. Berggren;S. Christen;R. Rossmanith;E. Ginina;U. Schneekloth;M. Kobel;S. Kim;D. Moya;T. Kawasaki;D. Imbault;Yongzhao Zhou;A. Faus-Golfe;J. Mamuzic;Takuo Yoshida;X. Vilasís-Cardona;T. Klimkovich;E. Tarkovsky;Marcos Fernández García;S. Roth;Kazutoshi Ito;A. Gellrich;S. Mihara;O. Biebel;S. Moretti;B. Bilki;V. Vrba;B. Lundberg;M. Danilov;M. Dragicevic;S. Tapprogge;Xun Chen;P. Mereu;J. Vanel;Qun Wang;F. Jing;D. Krucker;K. Belkadhi;C. Grefe;C. Taille;C. Hajdu;J. Blumlein;J. Scheirich;M. Dixit;L. Weuste;K. Kawagoe;D. Ward;J. Bouvier;N. Okada;Chengguang Zhu;A. Vogel;Y. Hasegawa;H. Eberl;W. Zeuner;J. Butler;I. Laktineh;K. Kotera;M. Asano;Jean Martin;Hengne Li;M. Joré;Shenjian Chen;A. Sailer;K. Elsener;R. Dollan;L. Eklund;I. Valin;M. Vos;I. Nakamura;D. Karlen;D. David;O. Miller;F. Moser;H. Kuroiwa;V. Morgunov;W. Ehrenfeld;H. Henschel;L. Musa;E. Boos;A. Imhof;K. Itagaki;Masatoshi Saito;M. Piccolo;P. Lutz;U. Koetz;K. Seidel;J. Burger;Y. Fujita;W. Ootani;G. Wilson;J. Engels;H. Ono;Chun-xu Yu;H. Graaf;M. Campbell;Y. Suetsugu;M. Frotin;Qing He;I. Sadeh;V. O’Shea;R. Settles;Benjamin Lutz;Dhellot Marc;P. Speckmayer;M. Merkin;W. Kiesenhofer;I. Božović-Jelisavčić;E. Popova;M. Beckmann;R. Walsh;A. Bellerive;J. Balbuena;H. Yamaguchi;Bo Liu;H. Matsunaga;P. Luźniak;M. Valentan;A. Galkin;C. Vescovi;M. Idzik;M. Fouz;A. Raspereza;Takashi Mori;K. Nakashima;Eun-joo Kim;E. Koffeman;C. Evrard;O. Dadoun;Y. Kondou;H. Stoeck;I. Polák;L. Ratti;Yuanning Gao;H. Sendai;D. Kisielewska;J. Goldstein;K. Kschioneck;T. Tauchi;J. Cvach;A. L. Virto;Y. Kamiya;Ziping Zhang;V. Re;L. Han;J. David;R. Stromhagen;A. Frey;H. Schreiber;H. Yamaoka;Yutaro Sato;F. Gaede;B. Gaur;S. Shimazaki;M. Postranecky;V. Drugakov;J. Baudot;R. Hertenberger;Y. Kato;M. Dam;B. Pawlik;Wen-gan Ma;A. Maki;K. Tauchi;Jiawei Zhao;T. Greenshaw;S. Mukhopadhyay;Zhenwei Yang;J. Ballin;T. Kohriki;G. Claus;P. Sicho;R. Kooten;H. Mathez;C. Cappellini;K. Mönig;L. Sawyer;V. Saveliev;M. Donckt;R. Yonamine;M. Thomson;M. Schumacher;H. Kim;A. Moll;N. Watson;I. Marchesini;J. Timmermans;I. Yu;Xueyao Zhang;J. Ciborowski;Hong-fang Chen;A. Dorokhov;E. Teodorescu;P. Hansen;A. Sopczak;G. Blair;P. D. Freitas;L. Morin;Xianglei Zhu;F. Suekane;H. Kluge;Z. Xu;Zhiqin Zhang;C. Zeitnitz;D. Käfer;M. Imhoff;K. Robert;B. Hommels;K. Krastev;H. Itoh;A. Yamaguchi;F. Morel;K. Harder;V. Galkin;I. Gregor;R. Sefri;M. Ullán;R. Bates;F. Corriveau;B. Cheon;S. Sarkar;C. Kleinwort;W. Hou;T. Lux;S. Nemecek;Yanxi Zhang;Yusuke Kamai;J. Fleury;N. Meyners;C. Clerc;Ting Li;G. Martin-Chassard;E. Stenlund;P. Cornebise;G. Eigen;M. Grunewald;L. Österman;S. Riemann;K. Sumisawa;X. Huang;D. Jeans;L. Zawiejski;P. Buchholz;K. Yanagida;W. Silva;H. Takeda;T. Omori;H. Kodama;S. Aplin;Meng Wang;Jongmann Yang;J. Fontaine;E. Garutti;T. Higuchi;I. Brock;A. Buzulutskov;K. Buesser;Xiaolian Wang;S. Nam;J. Kuhlmann;U. Mjörnmark;M. Giannelli;T. Matsuda;Carlos Marias;D. Gamba;D. Zerwas;K. McDonald;W. Lohmann;Hw. Park;I. H. Park;S. Nishida;D. Horvath;H. Moser;L. Dumitru;E. Lagorio;Á. Diéguez;A. Colijn;N. Groot;R. Kieffer;T. Ikuno;J. Riera-Babures;C. Soldner;A. Schälicke;T. Pham;C. Damerell;J. Urakawa;Minori Watanabe;N. Wermes;J. Smolík;H. Gerwig;R. Orava;C. Kim;M. Bergholz;A. Calcaterra;H. Abramowicz;F. Richard;Z. Drasal;N. Shumeiko;T. Jovin;J. Huppert;P. Bechtle;J. Mnich;G. Iwai;A. Lyapin;Yulan Li;L. Zhong;D. Stöckinger;M. Wobisch;W. Lange;A. Petrov;R. J. Echeverría;H. Schultz-Coulon;M. Lozano;H. Videau;M. Ohlerich;S. Yamashita;M. Kawai;P. Wienemann;P. Schade;B. Dolgoshein;F. Rarbi;D. Grondin;A. Sugiyama;C. Niebuhr;M. Pandurović;C. Fleta;A. Kaplan;J. Sekaric;M. Wing;A. Roeck;R. Sasaki;A. Ruiz-Jimeno;T. Tsuboyama;P. Gris;H. Przysiezniak;M. Anduze;D. Attié;A. Quadt;Y. Yamazaki;L. Maczewski;S. Khan;K. Yoshida;E. Alamillo;F. Zomer;C. Cârloganu;Sebastian M. R. Frank;M. Ruan;C. Parkes;F. Gournaris;D. Decotigny;A. Oskarsson;D. Schlatter;L. Gallin-Martel;G. Bonvicini;Tohru Takahashi;M. Worek;T. Riemann;B. List;F. Lehner;V. Martin;P. Colas;Y. Sugimoto;T. Takeshita;L. Beltrán;T. Sanami;Haijun Yang;O. Igonkina;Z. Doležal;L. Jönsson;K. Nakayoshi;C. Ciobanu;C. Hensel;F. Filthaut;G. Grenier;T. Doyle;M. Orlandea;J. Abernathy;P. Lebrun;V. Bartsch;S. Uozumi;D. Chakraborty;Yasuhiro Ide;Guinyun Kim;H. Albrecht;C. Bartels;A. Charpy;S. Bhattacharya;P. Chang;Y. Voutsinas;J. Nam;B. Krause;K. Desch;K. Ueno;N. Meyer;P. Repain;M. Niechciol;J. List;B. Choudhary;J. Zálešák;I. Heinze;W. Mitaroff;N. Castro;V. Telnov;J. Fuster;X. Prudent;L. Andricek;W. Wierba;M. Fleischer;S. Gentile;L. Shechtman;Ge Jing;O. Nitoh;J. Marshall;I. Emeliantchik;V. Boisvert;W. Boer;P. Regueiro;Y. Takubo;J. Hostachy;R. Barlow;M. Mudrinic;M. Dima;A. Besson;A. Gallas;J. Genat;F. Kajino;M. Winter;Boyang Li;G. Patrick;D. Ossetski;A. Olchevski;G. Faber;R. Fabbri;N. Katayama;S. D. Jong;I. Riu;D. Peterson;I. Fleck;M. Regler;M. Adamus;K. Schuler;B. Adeva;M. Reinhard;D. Attree;A. Gaddi;R. Ingbir;H. Hluchá;Y. Ikemoto;Kazurayama Hironori;P. Osland;F. Simon;A. Straessner;John Wilson;A. Rosca;Y. Onel;E. Elsen;C. A. Pons;I. Smiljanić;Makoto Kobayashi;A. Savoy-Navarro;I. Vila;J. Brient;A. Kaukher;K. Song;J. Giraud;S. Tozuka;N. Wattimena;J. Repond;A. Himmi;L. Gladilin;D. Linzmaier;L. Hallermann;T. Bergauer;N. Smiljkovic;R. Diener;Y. Makida;Li Bo;A. Caldwell;D. Bailey;L. Gibbons;A. Bondar;Z. Deng;K. Afanaciev;J. A. Aguilar-Saavedra;V. Korbel;B. Foster;C. Padilla;A. Ishikawa;D. Ryzhikov;F. Kircher;L. Raux;Ren-You Zhang;C. Martens;C. Combaret;Shirou Suzuki;T. Kusano;F. Linde;M. Nozaki;R. Ströhmer;E. Kielar;Minhong Wang;D. Kim;R. Schwierz;A. Pellegrino;C. I. Escudero;C. Kiesling;V. Zutshi;D. Dzahini;A. Gurtu;K. Ikematsu;B. Zheng;A. Hartin;C. Buttar;V. Boudry;M. Vreeswijk;E. Inoue;G. Grzelak;R. D. Masi;S. Haensel;H. Yamamoto;P. Kvasnička;H. Kawahara;A. Żarnecki;W. Mader;A. Lucaci-Timoce;P. Doublet;Toshinori Mori;A. Ushakov;J. Kaminski;K. Swientek;D. Kar;S. Jokic;M. Krammer;V. Prahl;M. Verzocchi;T. Lesiak;Q. Yue;T. Iwamoto;Yi Wang;D. Bassignana;G. Giraudo;M. Hauschild;C. Colledani;J. Puerta-Pelayo;Manobu M. Tanaka;C. Rosemann;T. Matsushita;M. Titov;G. Ioannis;M. Nishiyama;C. Helebrant;Y. Yasu;Z. Greenwood;T. Krautscheid;C. Coca;Y. Sudo;G. Dozière;M. Iwabuchi;M. Caccia;T. Haas;Y. Ushiroda;G. Moortgat-pick;S. Tanaka;P. Jong;M. Warren;S. Bentvelsen;R. Schmidt;N. Seguin-Moreau;F. Sefkow;M. Chadeeva;A. Levy;C. Feng;David J. Miller;C. M. Rivero;G. Eckerlin;Jin Min Yang;N. D’ascenzo;T. Nagamine;G. Musat;J. D. Campderros;Y. Kuang;O. Schäfer;G. Dissertori;B. Sobloher;J. Fujimoto;S. Schmitt;T. Suehara;T. Sanuki;A. Mathieu;B. Olivier;N. Lumb;M. Harz;F. Dulucq;V. Rusinov;Nicolas Fourches;O. Wendt;X. L. Cudie;W. Yan;Takashi Watanabe;G. Lima;S. Caiazza;G. Raven;J. Saborido;Ken-ichi Tanaka;M. Ball;S. Xella;T. Behnke;R. Cornat;T. Fusayasu;M. Besançon;P. Kluit;N. Feege;G. Daubard;P. Ruzicka;J. Patterson;A. Robson;M. Marcisovsky;F. Kapusta;Jeannine Beck;C. Llácer;R. Volkenborn;J. Ẑáček;A. Hervé;S. Morozov;J. Tian;D. Hedin;Zhengguo Zhao;F. Gastaldi;R. Poeschl;S. Kraml;M. Shao;T. Haruyama;P. Kodyš;K. Sinram;B. Bouquet;M. Bedjidian;B. Schumm;S. Callier;G. Mavromanolakis;Suyong Choi;F. J. G. Sanchez;K. Oliwa;H. Tabassam;C. Hu-Guo;P. Nieżurawski;B. Doren;Shaojun Lu;Y. Arai;J. Rosiek;T. Sakuma;A. Ignatenko;H. Martyn;Y. Onuki;N. Majumdar;V. Hedberg;E. Nakano;T. Murakami;M. Czakon;S. Komamiya;W. Bernreuther;M. Killenberg;B. Bhuyan;H. Fujii;H. Miyata;L. Linssen;G. Majumder;T. Hara;A. Miyamoto;E. P. Jacosalem;M. C. Carballo;A. Bulgheroni;Y. Ono;J. Ferencei;Y. Horii;K. Wichmann;M. Yamouni;K. Tokushuku;Jik Lee;C. Royon;W. Daniluk;E. Kato
国际大型探测器（International Large Detector，ILD）是国际直线对撞机（International Linear Collider，ILC）的一个探测器概念。ILC将以最初500 GeV的能量碰撞电子和正电子，可扩展到1 TeV。ILC有一个雄心勃勃的物理计划，它将扩展和补充大型强子对撞机（LHC）。ILC物理学的一个特点是精确。轻子对撞机干净的初始状态和相对良好的环境非常适合高精度的测量。为了充分利用ILC的物理潜能，对探测器的性能提出了很高的要求。ILD的设计受这些要求驱动。出色的量热和跟踪相结合，以获得最佳的整体事件重建，包括重建单个粒子射流的粒子流量热的能力。这要求所有探测器系统都具有出色的空间分辨率。高度颗粒化的热量计系统与强调冗余和效率的中央跟踪器相结合。此外，有效的次顶点重构和良好的带电粒子动量分辨率是ILC探测器的基本条件。ILC的相互作用区域被设计成容纳两个探测器，这两个探测器可以通过推挽方案移动到光束位置。ILD的机械设计和子探测器的整体集成考虑了这些操作条件。
The International Large Detector (ILD) is a concept for a detector at the International Linear Collider, ILC. The ILC will collide electrons and positrons at energies of initially 500 GeV, upgradeable to 1 TeV. The ILC has an ambitious physics program, which will extend and complement that of the Large Hadron Collider (LHC). A hallmark of physics at the ILC is precision. The clean initial state and the comparatively benign environment of a lepton collider are ideally suited to high precision measurements. To take full advantage of the physics potential of ILC places great demands on the detector performance. The design of ILD is driven by these requirements. Excellent calorimetry and tracking are combined to obtain the best possible overall event reconstruction, including the capability to reconstruct individual particles within jets for particle ow calorimetry. This requires excellent spatial resolution for all detector systems. A highly granular calorimeter system is combined with a central tracker which stresses redundancy and efficiency. In addition, efficient reconstruction of secondary vertices and excellent momentum resolution for charged particles are essential for an ILC detector. The interaction region of the ILC is designed to host two detectors, which can be moved into the beam position with a push-pull scheme. The mechanical design of ILD and the overall integration of subdetectors takes these operational conditions into account.