Measurement of multijet production in $${e\!\!\;p}$$ e p collisions at high $$\varvec{Q^2}$$ Q 2 and determination of the strong coupling $$\varvec{{\alpha _s}} $$ α s

V. Andreev; H1 collaboration; A. Baghdasaryan; K. Begzsuren; A. Belousov; P. Belov; V. Boudry; G. Brandt; M. Brinkmann; V. Brisson; D. Britzger; A. Buniatyan; A. Bylinkin; L. Bystritskaya; A. J. Campbell; K. B. Cantun Avila; F. Ceccopieri; Karel Černý; V. Chekelian; J. G. Contreras; J. B. Dainton; K. Daum; Cristinel Diaconu; M. Dobre; V. Dodonov; A. Dossanov; G. Eckerlin; S. Egli; E. Elsen; L. Favart; A. Fedotov; J. Feltesse; J. Ferencei; M. Fleischer; Alexander Fomenko; E. Gabathuler; J. Gayler; S. Ghazaryan; A. Glazov; Lidia Goerlich; N. Gogitidze; M. Gouzevitch; C. Grab; A. Grebenyuk; T. Greenshaw; G. Grindhammer; D. Haidt; R. C. W. Henderson; M. Herbst; J. Hladkỳ; D. Hoffmann; R. Horisberger; T. Hreus; F. Huber; M. Jacquet; Xavier Janssen; Hannes Jung; M. Kapichine; C. Kiesling; M. Klein; C. Kleinwort; Roman Kogler; P. Kostka; Jan Kretzschmar; K. Krüger; Murrough Landon; W. Lange; Paul Laycock; A. Lebedev; S. Levonian; K. Lipka; B. List; J. List; B. Lobodzinski; E. Malinovski; H.-U. Martyn; S. J. Maxfield; A. Mehta; A. B. Meyer; H. Meyer; J. Meyer; S. Mikocki; A. Morozov; K. Müller; Th. Naumann; P. R. Newman; C. Niebuhr; G. Nowak; J. E. Olsson; D. Ozerov; P. Pahl; C. Pascaud; G. D. Patel; E. Perez; A. Petrukhin; I. Picuric; H. Pirumov; D. Pitzl; R. Plačakytė; B. Pokorny; R. Polifka; V. Radescu; N. Raicevic; T. Ravdandorj; P. Reimer; Eram Rizvi; P. Robmann; R. Roosen; A. Rostovtsev; Marina Rotaru; S. Rusakov; D. Šálek; David Sankey; M. Sauter; Emmanuel Sauvan; Stefan Schmitt; Laurent Schoeffel; A. Schöning; Hans-Christian Schultz-Coulon; F. Sefkow; S. Shushkevich; Yury Soloviev; Paweł Sopicki; D. South; V. Spaskov; A. Specka; M. Steder; B. Stella; U. Straumann; Tomáš Sýkora; Paul Thompson; D. Traynor; P. Truöl; I. Tsakov; B. Tseepeldorj; J. Turnau; Alice Valkárová; C. Vallée; P. Van Mechelen; Y. Vazdik; D. Wegener; E. Wünsch; Josef Zacek; Z. Zhang; R. Žlebčík; H. Zohrabyan; F. Zomer;V. Andreev;H1 collaboration;A. Baghdasaryan;K. Begzsuren;A. Belousov;P. Belov;V. Boudry;G. Brandt;M. Brinkmann;V. Brisson;D. Britzger;A. Buniatyan;A. Bylinkin;L. Bystritskaya;A. J. Campbell;K. B. Cantun Avila;F. Ceccopieri;Karel Černý;V. Chekelian;J. G. Contreras;J. B. Dainton;K. Daum;Cristinel Diaconu;M. Dobre;V. Dodonov;A. Dossanov;G. Eckerlin;S. Egli;E. Elsen;L. Favart;A. Fedotov;J. Feltesse;J. Ferencei;M. Fleischer;Alexander Fomenko;E. Gabathuler;J. Gayler;S. Ghazaryan;A. Glazov;Lidia Goerlich;N. Gogitidze;M. Gouzevitch;C. Grab;A. Grebenyuk;T. Greenshaw;G. Grindhammer;D. Haidt;R. C. W. Henderson;M. Herbst;J. Hladkỳ;D. Hoffmann;R. Horisberger;T. Hreus;F. Huber;M. Jacquet;Xavier Janssen;Hannes Jung;M. Kapichine;C. Kiesling;M. Klein;C. Kleinwort;Roman Kogler;P. Kostka;Jan Kretzschmar;K. Krüger;Murrough Landon;W. Lange;Paul Laycock;A. Lebedev;S. Levonian;K. Lipka;B. List;J. List;B. Lobodzinski;E. Malinovski;H.-U. Martyn;S. J. Maxfield;A. Mehta;A. B. Meyer;H. Meyer;J. Meyer;S. Mikocki;A. Morozov;K. Müller;Th. Naumann;P. R. Newman;C. Niebuhr;G. Nowak;J. E. Olsson;D. Ozerov;P. Pahl;C. Pascaud;G. D. Patel;E. Perez;A. Petrukhin;I. Picuric;H. Pirumov;D. Pitzl;R. Plačakytė;B. Pokorny;R. Polifka;V. Radescu;N. Raicevic;T. Ravdandorj;P. Reimer;Eram Rizvi;P. Robmann;R. Roosen;A. Rostovtsev;Marina Rotaru;S. Rusakov;D. Šálek;David Sankey;M. Sauter;Emmanuel Sauvan;Stefan Schmitt;Laurent Schoeffel;A. Schöning;Hans-Christian Schultz-Coulon;F. Sefkow;S. Shushkevich;Yury Soloviev;Paweł Sopicki;D. South;V. Spaskov;A. Specka;M. Steder;B. Stella;U. Straumann;Tomáš Sýkora;Paul Thompson;D. Traynor;P. Truöl;I. Tsakov;B. Tseepeldorj;J. Turnau;Alice Valkárová;C. Vallée;P. Van Mechelen;Y. Vazdik;D. Wegener;E. Wünsch;Josef Zacek;Z. Zhang;R. Žlebčík;H. Zohrabyan;F. Zomer;

doi:10.1140/epjc/s10052-014-3223-6

Measurement of multijet production in $${e\!\!\;p}$$ e p collisions at high $$\varvec{Q^2}$$ Q 2 and determination of the strong coupling $$\varvec{{\alpha _s}} $$ α s

Clicks: 307

ID: 273270

2015

Free PDF

Article Quality & Performance Metrics

Overall Quality

Not rated

Combines reader engagement with the AI quality analysis. This article has not been analysed, so there is no overall score — reader engagement is measured and shown alongside.

Reader Engagement Steady Performance

30.0 /100

307 views

34 readers

AI Quality Assessment

Not analyzed

Readership in this journal

Steady

Ranked #15 of 65 articles by views in the european physical journal c

Mint this article as an NFT

Not yet minted

Create a permanent, verifiable on-chain record of this article on the Scimatic Network. The NFT is held in your Journament account, and you can withdraw it to your own wallet at any time.

5 SUSD one-off · no wallet required

Sign in to mint

Abstract

EN
- Turkish
- Spanish
- Portuguese
- Arabic
- Chinese
- French
- German
- Indonesian
- Russian
- Thai

Inclusive jet, dijet and trijet differential cross sections are measured in neutral current deep-inelastic scattering for exchanged boson virtualities $150 < Q^2 < 15\,000\,{\mathrm {GeV}^2}$ using the H1 detector at HERA. The data were taken in the years 2003 to 2007 and correspond to an integrated luminosity of $351~\mathrm {pb}^{-1}$. Double differential Jet cross sections are obtained using a regularised unfolding procedure. They are presented as a function of $Q^2$ and the transverse momentum of the jet, $P_\mathrm{T}^\mathrm{jet}$, and as a function of $Q^2$ and the proton’s longitudinal momentum fraction, $\xi $, carried by the parton participating in the hard interaction. In addition normalised double differential jet cross sections are measured as the ratio of the jet cross sections to the inclusive neutral current cross sections in the respective $Q^2$ bins of the jet measurements. Compared to earlier work, the measurements benefit from an improved reconstruction and calibration of the hadronic final state. The cross sections are compared to perturbative QCD calculations in next-to-leading order and are used to determine the running coupling and the value of the strong coupling constant as $\alpha _s(M_Z) = 0.1165 \;\, (8)_\mathrm{exp} \;\, (38)_\mathrm{pdf,theo}$.

Reference Key	zomer2015themeasurement Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors	V. Andreev,H1 collaboration,A. Baghdasaryan,K. Begzsuren,A. Belousov,P. Belov,V. Boudry,G. Brandt,M. Brinkmann,V. Brisson,D. Britzger,A. Buniatyan,A. Bylinkin,L. Bystritskaya,A. J. Campbell,K. B. Cantun Avila,F. Ceccopieri,Karel Černý,V. Chekelian,J. G. Contreras,J. B. Dainton,K. Daum,Cristinel Diaconu,M. Dobre,V. Dodonov,A. Dossanov,G. Eckerlin,S. Egli,E. Elsen,L. Favart,A. Fedotov,J. Feltesse,J. Ferencei,M. Fleischer,Alexander Fomenko,E. Gabathuler,J. Gayler,S. Ghazaryan,A. Glazov,Lidia Goerlich,N. Gogitidze,M. Gouzevitch,C. Grab,A. Grebenyuk,T. Greenshaw,G. Grindhammer,D. Haidt,R. C. W. Henderson,M. Herbst,J. Hladkỳ,D. Hoffmann,R. Horisberger,T. Hreus,F. Huber,M. Jacquet,Xavier Janssen,Hannes Jung,M. Kapichine,C. Kiesling,M. Klein,C. Kleinwort,Roman Kogler,P. Kostka,Jan Kretzschmar,K. Krüger,Murrough Landon,W. Lange,Paul Laycock,A. Lebedev,S. Levonian,K. Lipka,B. List,J. List,B. Lobodzinski,E. Malinovski,H.-U. Martyn,S. J. Maxfield,A. Mehta,A. B. Meyer,H. Meyer,J. Meyer,S. Mikocki,A. Morozov,K. Müller,Th. Naumann,P. R. Newman,C. Niebuhr,G. Nowak,J. E. Olsson,D. Ozerov,P. Pahl,C. Pascaud,G. D. Patel,E. Perez,A. Petrukhin,I. Picuric,H. Pirumov,D. Pitzl,R. Plačakytė,B. Pokorny,R. Polifka,V. Radescu,N. Raicevic,T. Ravdandorj,P. Reimer,Eram Rizvi,P. Robmann,R. Roosen,A. Rostovtsev,Marina Rotaru,S. Rusakov,D. Šálek,David Sankey,M. Sauter,Emmanuel Sauvan,Stefan Schmitt,Laurent Schoeffel,A. Schöning,Hans-Christian Schultz-Coulon,F. Sefkow,S. Shushkevich,Yury Soloviev,Paweł Sopicki,D. South,V. Spaskov,A. Specka,M. Steder,B. Stella,U. Straumann,Tomáš Sýkora,Paul Thompson,D. Traynor,P. Truöl,I. Tsakov,B. Tseepeldorj,J. Turnau,Alice Valkárová,C. Vallée,P. Van Mechelen,Y. Vazdik,D. Wegener,E. Wünsch,Josef Zacek,Z. Zhang,R. Žlebčík,H. Zohrabyan,F. Zomer;V. Andreev;H1 collaboration;A. Baghdasaryan;K. Begzsuren;A. Belousov;P. Belov;V. Boudry;G. Brandt;M. Brinkmann;V. Brisson;D. Britzger;A. Buniatyan;A. Bylinkin;L. Bystritskaya;A. J. Campbell;K. B. Cantun Avila;F. Ceccopieri;Karel Černý;V. Chekelian;J. G. Contreras;J. B. Dainton;K. Daum;Cristinel Diaconu;M. Dobre;V. Dodonov;A. Dossanov;G. Eckerlin;S. Egli;E. Elsen;L. Favart;A. Fedotov;J. Feltesse;J. Ferencei;M. Fleischer;Alexander Fomenko;E. Gabathuler;J. Gayler;S. Ghazaryan;A. Glazov;Lidia Goerlich;N. Gogitidze;M. Gouzevitch;C. Grab;A. Grebenyuk;T. Greenshaw;G. Grindhammer;D. Haidt;R. C. W. Henderson;M. Herbst;J. Hladkỳ;D. Hoffmann;R. Horisberger;T. Hreus;F. Huber;M. Jacquet;Xavier Janssen;Hannes Jung;M. Kapichine;C. Kiesling;M. Klein;C. Kleinwort;Roman Kogler;P. Kostka;Jan Kretzschmar;K. Krüger;Murrough Landon;W. Lange;Paul Laycock;A. Lebedev;S. Levonian;K. Lipka;B. List;J. List;B. Lobodzinski;E. Malinovski;H.-U. Martyn;S. J. Maxfield;A. Mehta;A. B. Meyer;H. Meyer;J. Meyer;S. Mikocki;A. Morozov;K. Müller;Th. Naumann;P. R. Newman;C. Niebuhr;G. Nowak;J. E. Olsson;D. Ozerov;P. Pahl;C. Pascaud;G. D. Patel;E. Perez;A. Petrukhin;I. Picuric;H. Pirumov;D. Pitzl;R. Plačakytė;B. Pokorny;R. Polifka;V. Radescu;N. Raicevic;T. Ravdandorj;P. Reimer;Eram Rizvi;P. Robmann;R. Roosen;A. Rostovtsev;Marina Rotaru;S. Rusakov;D. Šálek;David Sankey;M. Sauter;Emmanuel Sauvan;Stefan Schmitt;Laurent Schoeffel;A. Schöning;Hans-Christian Schultz-Coulon;F. Sefkow;S. Shushkevich;Yury Soloviev;Paweł Sopicki;D. South;V. Spaskov;A. Specka;M. Steder;B. Stella;U. Straumann;Tomáš Sýkora;Paul Thompson;D. Traynor;P. Truöl;I. Tsakov;B. Tseepeldorj;J. Turnau;Alice Valkárová;C. Vallée;P. Van Mechelen;Y. Vazdik;D. Wegener;E. Wünsch;Josef Zacek;Z. Zhang;R. Žlebčík;H. Zohrabyan;F. Zomer;
Journal	the european physical journal c
Year	2015
DOI	10.1140/epjc/s10052-014-3223-6 Searching for DOI...
URL	https://sciprofiles.com/publication/view/b1b2873cfbbc38c8399e595b1c4c6c1b https://doi.org/10.1140/epjc/s10052-014-3223-6
Keywords	alpha function neutral mathrm double differential varvec differential jet

Citations

No citations found. To add a citation, contact the admin at info@scimatic.org

Comments

Login to comment Register

No comments yet. Be the first to comment on this article.