Measurements of the differential jet cross section as a function of the jet mass in dijet events from proton-proton collisions at s=13$$ \sqrt{s}=13 $$ TeV
Measurements of the differential jet cross section as a function of the jet mass in dijet events from proton-proton collisions at s=13$$ \sqrt{s}=13 $$ TeV
复制标题
DOI：
10.1007/jhep11(2018)113
复制
发表时间：
2018-07
影响因子：
5.4
通讯作者：
A. Sirunyan;A. Tumasyan;W. Adam;F. Ambrogi;E. Asilar;T. Bergauer;J. Brandstetter;M. Dragicevic;J. Erö;A. Escalante Del Valle;M. Flechl;R. Frühwirth;V. Ghete;J. Hrubec;M. Jeitler;N. Krammer;I. Krätschmer;D. Liko;T. Madlener;I. Mikulec;N. Rad;H. Rohringer;J. Schieck;R. Schöfbeck;M. Spanring;D. Spitzbart;A. Taurok;W. Waltenberger;J. Wittmann;C. Wulz;M. Zarucki;V. Chekhovsky;V. Mossolov;J. Suárez González;E. Wolf;D. Croce;X. Janssen;J. Lauwers;M. Pieters;H. Haevermaet;P. Mechelen;N. Remortel;S. A. Abu Zeid;F. Blekman;J. D’Hondt;I. Bruyn;J. Clercq;K. Deroover;G. Flouris;D. Lontkovskyi;S. Lowette;I. Marchesini;S. Moortgat;L. Moreels;Q. Python;K. Skovpen;S. Tavernier;W. Doninck;P. Mulders;I. Parijs;D. Beghin;B. Bilin;H. Brun;B. Clerbaux;G. Lentdecker;H. Delannoy;B. Dorney;G. Fasanella;L. Favart;R. Goldouzian;A. Grebenyuk;A. Kalsi;T. Lenzi;J. Luetić;N. Postiau;E. Starling;L. Thomas;C. Vander Velde;P. Vanlaer;D. Vannerom;Q. Wang;T. Cornelis;D. Dobur;A. Fagot;M. Gul;I. Khvastunov;D. Poyraz;C. Roskas;D. Trocino;M. Tytgat;W. Verbeke;B. Vermassen;M. Vit;N. Zaganidis;H. Bakhshiansohi;O. Bondu;S. Brochet;G. Bruno;C. Caputo;P. David;C. Delaere;M. Delcourt;B. Francois;A. Giammanco;G. Krintiras;V. Lemaitre;A. Magitteri;A. Mertens;M. Musich;K. Piotrzkowski;A. Saggio;M. Vidal Marono;S. Wertz;J. Zobec;F. Alves;G. Alves;M. Correa Martins Junior;G. Correia Silva;C. Hensel;A. Moraes;M. Pol;P. Rebello Teles;E. Belchior Batista Das Chagas;W. Carvalho;J. Chinellato;E. Coelho;E. Costa;G. G. Silveira-G.;D. Jesus Damiao;C. Oliveira Martins;S. Fonseca De Souza;H. Malbouisson;D. Matos Figueiredo;M. Melo De Almeida;C. Mora Herrera;L. Mundim;H. Nogima;W. Prado Da Silva;L. Sanchez Rosas;A. Santoro;A. Sznajder;M. Thiel;E. Tonelli Manganote;F. Torres Da Silva De Araujo;A. Vilela Pereira;S. Ahuja;C. Bernardes;L. Calligaris;T. Fernandez Perez Tomei;E. Gregores;P. Mercadante;S. Novaes;S. Padula;A. Aleksandrov;R. Hadjiiska;P. Iaydjiev;A. Marinov;M. Misheva;M. Rodozov;M. Shopova;G. Sultanov;A. Dimitrov;L. Litov;B. Pavlov;P. Petkov;W. Fang;X. Gao;L. Yuan;M. Ahmad;J. Bian;G. Chen;H. Chen;M. Chen;Y. Chen;C. Jiang;D. Leggat;H. Liao;Z. Liu;F. Romeo;S. Shaheen;A. Spiezia;J. Tao;C. Wang;Z. Wang;E. Yazgan;H. Zhang;S. Zhang;J. Zhao;Y. Ban;G. Chen;A. Levin;J. Li;L. Li;Q. Li;Y. Mao;S. Qian;D. Wang;Z. Xu;Y. Wang;C. Avila;A. Cabrera;C. Carrillo Montoya;L. Chaparro Sierra;C. Florez;C. González Hernández;M. Segura Delgado;B. Courbon;N. Godinovic;D. Lelas;I. Puljak;T. Šćulac;Z. Antunović;M. Kovac;V. Brigljevic;D. Ferencek;K. Kadija;B. Mesić;A. Starodumov;T. Susa;M. W. Ather;A. Attikis;M. Kolosova;G. Mavromanolakis;J. Mousa;C. Nicolaou;F. Ptochos;P. Razis;H. Rykaczewski;M. Finger;M. Finger;E. Ayala;E. Carrera Jarrin;A. Abdelalim;A. Mahrous;A. Mohamed;S. Bhowmik;A. Carvalho Antunes De Oliveira;R. K. Dewanjee;K. Ehataht;M. Kadastik;M. Raidal;C. Veelken;P. Eerola;H. Kirschenmann;J. Pekkanen;M. Voutilainen;J. Havukainen;J. Heikkilä;T. Järvinen;V. Karimäki;R. Kinnunen;T. Lampén;K. Lassila-Perini;S. Laurila;S. Lehti;T. Lindén;P. Luukka;T. Mäenpää;H. Siikonen;E. Tuominen;J. Tuominiemi;T. Tuuva;M. Besançon;F. Couderc;M. Dejardin;D. Denegri;J. Faure;F. Ferri;S. Ganjour;A. Givernaud;P. Gras;G. Hamel de Monchenault;P. Jarry;C. Leloup;E. Locci;J. Malcles;G. Negro;J. Rander;A. Rosowsky;M. Sahin;M. Titov;A. Abdulsalam;C. Amendola;I. Antropov;F. Beaudette;P. Busson;C. Charlot;R. Granier de Cassagnac;I. Kucher;A. Lobanov;J. Martin Blanco;M. Nguyen;C. Ochando;G. Ortona;P. Paganini;P. Pigard;R. Salerno;J. Sauvan;Y. Sirois;A. Stahl Leiton;A. Zabi;A. Zghiche;J. Agram;J. Andrea;D. Bloch;J. Brom;E. Chabert;V. Cherepanov;C. Collard;É. Conte;J. Fontaine;D. Gelé;U. Goerlach;M. Jansová;A. Bihan;N. Tonon;P. Hove;S. Gadrat;S. Beauceron;C. Bernet;G. Boudoul;N. Chanon;R. Chierici;D. Contardo;P. Depasse;H. Mamouni;J. Fay;L. Finco;S. Gascon;M. Gouzevitch;G. Grenier;B. Ille;F. Lagarde;I. Laktineh;Hugues Lattaud;M. Lethuillier;L. Mirabito;A. Pequegnot;S. Perriès;A. Popov;V. Sordini;G. Touquet;M. Vander Donckt;S. Viret;A. Khvedelidze;Z. Tsamalaidze;C. Autermann;L. Feld;M. K. Kiesel;K. Klein;M. Lipinski;M. Preuten;M. Rauch;C. Schomakers;J. Schulz;M. Teroerde;B. Wittmer;V. Zhukov;A. Albert;D. Duchardt;M. Endres;M. Erdmann;S. Ghosh;A. Güth;T. Hebbeker;C. Heidemann;K. Hoepfner;H. Keller;L. Mastrolorenzo;M. Merschmeyer;A. Meyer;P. Millet;S. Mukherjee;T. Pook;M. Radziej;H. Reithler;M. Rieger;A. Schmidt;D. Teyssier;G. Flügge;O. Hlushchenko;T. Kress;A. Künsken;T. Müller;A. Nehrkorn;A. Nowack;C. Pistone;O. Pooth;D. Roy;H. Sert;A. Stahl;M. Aldaya Martin;T. Arndt;C. Asawatangtrakuldee;I. Babounikau;K. Beernaert;O. Behnke;U. Behrens;A. B. Mart´ınez;D. Bertsche;A. Bin Anuar;K. Borras;V. Botta;A. Campbell;P. Connor;C. Contreras-Campana;F. Costanza;V. Danilov;A. Wit;M. Defranchis;C. Diez Pardos;D. Domínguez Damiani;G. Eckerlin;T. Eichhorn;A. Elwood;E. Eren;E. Gallo;A. Geiser;J. Grados Luyando;A. Grohsjean;P. Gunnellini;M. Guthoff;M. Haranko;A. Harb;J. Hauk;H. Jung;M. Kasemann;J. Keaveney;C. Kleinwort;J. Knolle;D. Krücker;W. Lange;A. Lelek;T. Lenz;K. Lipka;W. Lohmann;R. Mankel;I. Melzer-Pellmann;A. Meyer;M. Meyer;M. Missiroli;G. Mittag;J. Mnich;V. Myronenko;S. Pflitsch;D. Pitzl;A. Raspereza;M. Savitskyi;P. Saxena;P. Schütze;C. Schwanenberger;R. Shevchenko;A. Singh;H. Tholen;O. Turkot;A. Vagnerini;G. Onsem;R. Walsh;Y. Wen;K. Wichmann;C. Wissing;O. Zenaiev;R. Aggleton;S. Bein;L. Benato;A. Benecke;V. Blobel;M. Centis Vignali;T. Dreyer;E. Garutti;D. Gonzalez;J. Haller;A. Hinzmann;A. Karavdina;G. Kasieczka;R. Klanner;R. Kogler;N. Kovalchuk;S. Kurz;V. Kutzner;J. Lange;D. Marconi;J. Multhaup;M. Niedziela;D. Nowatschin;A. Perieanu;A. Reimers;O. Rieger;C. Scharf;P. Schleper;S. Schumann;J. Schwandt;J. Sonneveld;H. Stadie;G. Steinbrück;F. Stober;M. Stöver;D. Troendle;A. Vanhoefer;B. Vormwald
中科院分区：
文献类型：
--
作者：
A. Sirunyan;A. Tumasyan;W. Adam;F. Ambrogi;E. Asilar;T. Bergauer;J. Brandstetter;M. Dragicevic;J. Erö;A. Escalante Del Valle;M. Flechl;R. Frühwirth;V. Ghete;J. Hrubec;M. Jeitler;N. Krammer;I. Krätschmer;D. Liko;T. Madlener;I. Mikulec;N. Rad;H. Rohringer;J. Schieck;R. Schöfbeck;M. Spanring;D. Spitzbart;A. Taurok;W. Waltenberger;J. Wittmann;C. Wulz;M. Zarucki;V. Chekhovsky;V. Mossolov;J. Suárez González;E. Wolf;D. Croce;X. Janssen;J. Lauwers;M. Pieters;H. Haevermaet;P. Mechelen;N. Remortel;S. A. Abu Zeid;F. Blekman;J. D’Hondt;I. Bruyn;J. Clercq;K. Deroover;G. Flouris;D. Lontkovskyi;S. Lowette;I. Marchesini;S. Moortgat;L. Moreels;Q. Python;K. Skovpen;S. Tavernier;W. Doninck;P. Mulders;I. Parijs;D. Beghin;B. Bilin;H. Brun;B. Clerbaux;G. Lentdecker;H. Delannoy;B. Dorney;G. Fasanella;L. Favart;R. Goldouzian;A. Grebenyuk;A. Kalsi;T. Lenzi;J. Luetić;N. Postiau;E. Starling;L. Thomas;C. Vander Velde;P. Vanlaer;D. Vannerom;Q. Wang;T. Cornelis;D. Dobur;A. Fagot;M. Gul;I. Khvastunov;D. Poyraz;C. Roskas;D. Trocino;M. Tytgat;W. Verbeke;B. Vermassen;M. Vit;N. Zaganidis;H. Bakhshiansohi;O. Bondu;S. Brochet;G. Bruno;C. Caputo;P. David;C. Delaere;M. Delcourt;B. Francois;A. Giammanco;G. Krintiras;V. Lemaitre;A. Magitteri;A. Mertens;M. Musich;K. Piotrzkowski;A. Saggio;M. Vidal Marono;S. Wertz;J. Zobec;F. Alves;G. Alves;M. Correa Martins Junior;G. Correia Silva;C. Hensel;A. Moraes;M. Pol;P. Rebello Teles;E. Belchior Batista Das Chagas;W. Carvalho;J. Chinellato;E. Coelho;E. Costa;G. G. Silveira-G.;D. Jesus Damiao;C. Oliveira Martins;S. Fonseca De Souza;H. Malbouisson;D. Matos Figueiredo;M. Melo De Almeida;C. Mora Herrera;L. Mundim;H. Nogima;W. Prado Da Silva;L. Sanchez Rosas;A. Santoro;A. Sznajder;M. Thiel;E. Tonelli Manganote;F. Torres Da Silva De Araujo;A. Vilela Pereira;S. Ahuja;C. Bernardes;L. Calligaris;T. Fernandez Perez Tomei;E. Gregores;P. Mercadante;S. Novaes;S. Padula;A. Aleksandrov;R. Hadjiiska;P. Iaydjiev;A. Marinov;M. Misheva;M. Rodozov;M. Shopova;G. Sultanov;A. Dimitrov;L. Litov;B. Pavlov;P. Petkov;W. Fang;X. Gao;L. Yuan;M. Ahmad;J. Bian;G. Chen;H. Chen;M. Chen;Y. Chen;C. Jiang;D. Leggat;H. Liao;Z. Liu;F. Romeo;S. Shaheen;A. Spiezia;J. Tao;C. Wang;Z. Wang;E. Yazgan;H. Zhang;S. Zhang;J. Zhao;Y. Ban;G. Chen;A. Levin;J. Li;L. Li;Q. Li;Y. Mao;S. Qian;D. Wang;Z. Xu;Y. Wang;C. Avila;A. Cabrera;C. Carrillo Montoya;L. Chaparro Sierra;C. Florez;C. González Hernández;M. Segura Delgado;B. Courbon;N. Godinovic;D. Lelas;I. Puljak;T. Šćulac;Z. Antunović;M. Kovac;V. Brigljevic;D. Ferencek;K. Kadija;B. Mesić;A. Starodumov;T. Susa;M. W. Ather;A. Attikis;M. Kolosova;G. Mavromanolakis;J. Mousa;C. Nicolaou;F. Ptochos;P. Razis;H. Rykaczewski;M. Finger;M. Finger;E. Ayala;E. Carrera Jarrin;A. Abdelalim;A. Mahrous;A. Mohamed;S. Bhowmik;A. Carvalho Antunes De Oliveira;R. K. Dewanjee;K. Ehataht;M. Kadastik;M. Raidal;C. Veelken;P. Eerola;H. Kirschenmann;J. Pekkanen;M. Voutilainen;J. Havukainen;J. Heikkilä;T. Järvinen;V. Karimäki;R. Kinnunen;T. Lampén;K. Lassila-Perini;S. Laurila;S. Lehti;T. Lindén;P. Luukka;T. Mäenpää;H. Siikonen;E. Tuominen;J. Tuominiemi;T. Tuuva;M. Besançon;F. Couderc;M. Dejardin;D. Denegri;J. Faure;F. Ferri;S. Ganjour;A. Givernaud;P. Gras;G. Hamel de Monchenault;P. Jarry;C. Leloup;E. Locci;J. Malcles;G. Negro;J. Rander;A. Rosowsky;M. Sahin;M. Titov;A. Abdulsalam;C. Amendola;I. Antropov;F. Beaudette;P. Busson;C. Charlot;R. Granier de Cassagnac;I. Kucher;A. Lobanov;J. Martin Blanco;M. Nguyen;C. Ochando;G. Ortona;P. Paganini;P. Pigard;R. Salerno;J. Sauvan;Y. Sirois;A. Stahl Leiton;A. Zabi;A. Zghiche;J. Agram;J. Andrea;D. Bloch;J. Brom;E. Chabert;V. Cherepanov;C. Collard;É. Conte;J. Fontaine;D. Gelé;U. Goerlach;M. Jansová;A. Bihan;N. Tonon;P. Hove;S. Gadrat;S. Beauceron;C. Bernet;G. Boudoul;N. Chanon;R. Chierici;D. Contardo;P. Depasse;H. Mamouni;J. Fay;L. Finco;S. Gascon;M. Gouzevitch;G. Grenier;B. Ille;F. Lagarde;I. Laktineh;Hugues Lattaud;M. Lethuillier;L. Mirabito;A. Pequegnot;S. Perriès;A. Popov;V. Sordini;G. Touquet;M. Vander Donckt;S. Viret;A. Khvedelidze;Z. Tsamalaidze;C. Autermann;L. Feld;M. K. Kiesel;K. Klein;M. Lipinski;M. Preuten;M. Rauch;C. Schomakers;J. Schulz;M. Teroerde;B. Wittmer;V. Zhukov;A. Albert;D. Duchardt;M. Endres;M. Erdmann;S. Ghosh;A. Güth;T. Hebbeker;C. Heidemann;K. Hoepfner;H. Keller;L. Mastrolorenzo;M. Merschmeyer;A. Meyer;P. Millet;S. Mukherjee;T. Pook;M. Radziej;H. Reithler;M. Rieger;A. Schmidt;D. Teyssier;G. Flügge;O. Hlushchenko;T. Kress;A. Künsken;T. Müller;A. Nehrkorn;A. Nowack;C. Pistone;O. Pooth;D. Roy;H. Sert;A. Stahl;M. Aldaya Martin;T. Arndt;C. Asawatangtrakuldee;I. Babounikau;K. Beernaert;O. Behnke;U. Behrens;A. B. Mart´ınez;D. Bertsche;A. Bin Anuar;K. Borras;V. Botta;A. Campbell;P. Connor;C. Contreras-Campana;F. Costanza;V. Danilov;A. Wit;M. Defranchis;C. Diez Pardos;D. Domínguez Damiani;G. Eckerlin;T. Eichhorn;A. Elwood;E. Eren;E. Gallo;A. Geiser;J. Grados Luyando;A. Grohsjean;P. Gunnellini;M. Guthoff;M. Haranko;A. Harb;J. Hauk;H. Jung;M. Kasemann;J. Keaveney;C. Kleinwort;J. Knolle;D. Krücker;W. Lange;A. Lelek;T. Lenz;K. Lipka;W. Lohmann;R. Mankel;I. Melzer-Pellmann;A. Meyer;M. Meyer;M. Missiroli;G. Mittag;J. Mnich;V. Myronenko;S. Pflitsch;D. Pitzl;A. Raspereza;M. Savitskyi;P. Saxena;P. Schütze;C. Schwanenberger;R. Shevchenko;A. Singh;H. Tholen;O. Turkot;A. Vagnerini;G. Onsem;R. Walsh;Y. Wen;K. Wichmann;C. Wissing;O. Zenaiev;R. Aggleton;S. Bein;L. Benato;A. Benecke;V. Blobel;M. Centis Vignali;T. Dreyer;E. Garutti;D. Gonzalez;J. Haller;A. Hinzmann;A. Karavdina;G. Kasieczka;R. Klanner;R. Kogler;N. Kovalchuk;S. Kurz;V. Kutzner;J. Lange;D. Marconi;J. Multhaup;M. Niedziela;D. Nowatschin;A. Perieanu;A. Reimers;O. Rieger;C. Scharf;P. Schleper;S. Schumann;J. Schwandt;J. Sonneveld;H. Stadie;G. Steinbrück;F. Stober;M. Stöver;D. Troendle;A. Vanhoefer;B. Vormwald
差分射流横截面的测量作为双射流事件中的射流质量的函数，在箱中的射流横向动量，有和没有射流梳理算法。这些数据是CMS合作组在LHC的质子-质子碰撞中记录的，质心能量为13 TeV，对应的积分光度为2.3 fb− 1。绝对横截面显示略有不同的射流横向动量谱的数据和蒙特卡罗事件发生器的设置使用。除去这种横向动量的依赖性，ungroomed射流的归一化截面与蒙特卡罗事件发生器的预测一致，质量低于30%的横向动量。与未修饰的横截面相比，修饰的射流的归一化横截面的测量具有更高的精度。将超出领先对数精度的喷流质量半分析计算与数据以及领先阶和次领先阶的预测进行比较，其中包括部分子簇射和强子化。总的来说，在归一化的横截面，理论预测同意与测量的横截面内的不确定性的质量从10%到30%的射流横向动量。
Measurements of the differential jet cross section are presented as a function of the jet mass in dijet events, in bins of jet transverse momentum, with and without a jet grooming algorithm. The data have been recorded by the CMS Collaboration in proton-proton collisions at the LHC at a center-of-mass energy of 13 TeV and correspond to an integrated luminosity of 2.3 fb− 1. The absolute cross sections show slightly different jet transverse momentum spectra in data and Monte Carlo event generators for the settings used. Removing this transverse momentum dependence, the normalized cross section for ungroomed jets is consistent with the prediction from Monte Carlo event generators for masses below 30% of the transverse momentum. The normalized cross section for groomed jets is measured with higher precision than the ungroomed cross section. Semi-analytical calculations of the jet mass beyond leading logarithmic accuracy are compared to data, as well as predictions at leading order and next-to-leading order, which include parton showering and hadronization. Overall, in the normalized cross section, the theoretical predictions agree with the measured cross sections within the uncertainties for masses from 10 to 30% of the jet transverse momentum.