LHC forward physics
LHC forward physics
复制标题
DOI：
10.1088/0954-3899/43/11/110201
复制
发表时间：
2016-11
期刊：
影响因子：
--
通讯作者：
K. Akiba;M. Akbiyik;M. Albrow;M. Arneodo;V. Avati;V. Avati;J. Baechler;O. Baillie;P. Bartalini;J. Bartels;S. Baur;C. Baus;W. Beaumont;U. Behrens;D. Berge;M. Berretti;M. Berretti;E. Bossini;R. Boussarie;S. Brodsky;M. Broz;M. Bruschi;P. Bussey;W. Byczynski;J. Noris;E. C. Villar;A. Campbell;F. Caporale;W. Carvalho;G. Chachamis;E. Chapon;C. Cheshkov;J. Chwastowski;R. Ciesielski;D. Chinellato;A. Cisek;V. Coco;P. Collins;J. G. Contreras;B. Cox;D. Damiao;P. Davis;M. Deile;D. d’Enterria;D. Druzhkin;B. Ducloué;B. Ducloué;R. Dumps;R. Dzhelyadin;P. Dziurdzia;M. Eliachevitch;P. Fassnacht;F. Ferro;S. Fichet;D. Figueiredo;D. Finogeev;R. Fiore;J. Forshaw;A. Medina;M. Gallinaro;A. Granik;G. Gersdorff;S. Giani;K. Golec-Biernat;V. Gonçalves;P. Göttlicher;K. Goulianos;J.-Y. Grosslord;L. Harland–Lang;H. Haevermaet;M. Hentschinski;R. Engel;G. Corral;J. Hollar;L. Huertas;D. Johnson;I. Katkov;O. Kepka;M. Khakzad;L. Kheyn;V. Khachatryan;V. Khoze;S. Klein;M. Klundert;F. Krauss;A. Kurepin;N. Kurepin;K. Kutak;E. Kuznetsova;G. Latino;P. Lebiedowicz;B. Lenzi;E. Lewandowska;S. Liu;A. Luszczak;M. Luszczak;J. D. Madrigal;M. Mangano;Z. Marcone;Cyrille Marquet;Alan D. Martin;T. Martin;M. M. Hernández-M.;C. Martins;C. Mayer;R. Nulty;P. Mechelen;R. Macula;E. Costa;T. Mertzimekis;C. Mesropian;M. Mieskolainen;N. Minafra;I. Monzón;L. Mundim;B. Murdaca;M. Murray;H. Niewiadowski;J. Nystrand;E. G. Oliveira;R. Orava;S. Ostapchenko;K. Osterberg;A. Panagiotou;A. Papa;R. Pasechnik;T. Peitzmann;L. Moreno;T. Pierog;J. Pinfold;M. Poghosyan;M. Pol;W. Prado;V. Popov;M. Rangel;A. Reshetin;J. Revol;M. Rijssenbeek;M. Rodriguez;B. Roland;C. Royon;C. Royon;M. Ruspa;M. Ryskin;M. Ryskin;A. Vera;G. Safronov;T. Sako;H. Schindler;D. Šálek;K. Šafařík;M. Saimpert;A. Santoro;R. Schicker;J. Seger;S. Sen;A. Shabanov;W. Schäfer;G. G. Silveira-G.;P. Skands;R. Soluk;A. Spilbeeck;R. Staszewski;S. Stevenson;W. Stirling;M. Strikman;A. Szczurek;L. Szymanowski;J. D. T. Takaki;M. Tasevsky;K. Taesoo;C. Thomas;S. R. Torres;A. Tricomi;M. Trzebiński;D. Tsybychev;N. Turini;R. Ulrich;E. Usenko;J. Varela;M. Vetere;A. V. Tello;A. Pereira;D. Volyanskyy;S. Wallon;G. Wilkinson;H. Wöhrmann;K. Zapp;Y. Zoccarato
中科院分区：
文献类型：
--
作者：
K. Akiba;M. Akbiyik;M. Albrow;M. Arneodo;V. Avati;V. Avati;J. Baechler;O. Baillie;P. Bartalini;J. Bartels;S. Baur;C. Baus;W. Beaumont;U. Behrens;D. Berge;M. Berretti;M. Berretti;E. Bossini;R. Boussarie;S. Brodsky;M. Broz;M. Bruschi;P. Bussey;W. Byczynski;J. Noris;E. C. Villar;A. Campbell;F. Caporale;W. Carvalho;G. Chachamis;E. Chapon;C. Cheshkov;J. Chwastowski;R. Ciesielski;D. Chinellato;A. Cisek;V. Coco;P. Collins;J. G. Contreras;B. Cox;D. Damiao;P. Davis;M. Deile;D. d’Enterria;D. Druzhkin;B. Ducloué;B. Ducloué;R. Dumps;R. Dzhelyadin;P. Dziurdzia;M. Eliachevitch;P. Fassnacht;F. Ferro;S. Fichet;D. Figueiredo;D. Finogeev;R. Fiore;J. Forshaw;A. Medina;M. Gallinaro;A. Granik;G. Gersdorff;S. Giani;K. Golec-Biernat;V. Gonçalves;P. Göttlicher;K. Goulianos;J.-Y. Grosslord;L. Harland–Lang;H. Haevermaet;M. Hentschinski;R. Engel;G. Corral;J. Hollar;L. Huertas;D. Johnson;I. Katkov;O. Kepka;M. Khakzad;L. Kheyn;V. Khachatryan;V. Khoze;S. Klein;M. Klundert;F. Krauss;A. Kurepin;N. Kurepin;K. Kutak;E. Kuznetsova;G. Latino;P. Lebiedowicz;B. Lenzi;E. Lewandowska;S. Liu;A. Luszczak;M. Luszczak;J. D. Madrigal;M. Mangano;Z. Marcone;Cyrille Marquet;Alan D. Martin;T. Martin;M. M. Hernández-M.;C. Martins;C. Mayer;R. Nulty;P. Mechelen;R. Macula;E. Costa;T. Mertzimekis;C. Mesropian;M. Mieskolainen;N. Minafra;I. Monzón;L. Mundim;B. Murdaca;M. Murray;H. Niewiadowski;J. Nystrand;E. G. Oliveira;R. Orava;S. Ostapchenko;K. Osterberg;A. Panagiotou;A. Papa;R. Pasechnik;T. Peitzmann;L. Moreno;T. Pierog;J. Pinfold;M. Poghosyan;M. Pol;W. Prado;V. Popov;M. Rangel;A. Reshetin;J. Revol;M. Rijssenbeek;M. Rodriguez;B. Roland;C. Royon;C. Royon;M. Ruspa;M. Ryskin;M. Ryskin;A. Vera;G. Safronov;T. Sako;H. Schindler;D. Šálek;K. Šafařík;M. Saimpert;A. Santoro;R. Schicker;J. Seger;S. Sen;A. Shabanov;W. Schäfer;G. G. Silveira-G.;P. Skands;R. Soluk;A. Spilbeeck;R. Staszewski;S. Stevenson;W. Stirling;M. Strikman;A. Szczurek;L. Szymanowski;J. D. T. Takaki;M. Tasevsky;K. Taesoo;C. Thomas;S. R. Torres;A. Tricomi;M. Trzebiński;D. Tsybychev;N. Turini;R. Ulrich;E. Usenko;J. Varela;M. Vetere;A. V. Tello;A. Pereira;D. Volyanskyy;S. Wallon;G. Wilkinson;H. Wöhrmann;K. Zapp;Y. Zoccarato
本报告的目标是全面概述丰富的前沿物理学领域，特别关注可以在LHC研究的主题。该报告开始介绍目前可用的Monte Carlo模拟工具的选择，第2章，然后进入QCD在低，第3章和高，第4章，动量转移，而独特的散射条件的中心排他性生产在第5章中进行了分析。最后两个实验课题，宇宙线和重离子物理分别在第6章和第7章介绍。第8章专门讨论BFKL动力学、多部分子相互作用和饱和度。报告最后概述了LHC的前向探测器。每一章都与一个全面的参考书目相关，试图为感兴趣的读者提供进一步研究的广泛机会。
The goal of this report is to give a comprehensive overview of the rich field of forward physics, with a special attention to the topics that can be studied at the LHC. The report starts presenting a selection of the Monte Carlo simulation tools currently available, chapter 2, then enters the rich phenomenology of QCD at low, chapter 3, and high, chapter 4, momentum transfer, while the unique scattering conditions of central exclusive production are analyzed in chapter 5. The last two experimental topics, Cosmic Ray and Heavy Ion physics are presented in the chapter 6 and 7 respectively. Chapter 8 is dedicated to the BFKL dynamics, multiparton interactions, and saturation. The report ends with an overview of the forward detectors at LHC. Each chapter is correlated with a comprehensive bibliography, attempting to provide to the interested reader with a wide opportunity for further studies.