Polarized deep inelastic diffractive ep scattering: Operator approach
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In this article, a quantum field theoretic approach for polarized inclusive deep-inelastic diffractive scattering is presented, where the diffractive parton distributions are derived from pseudoscalar two-variable operator expectation values.Abstract:
Polarized inclusive deep-inelastic diffractive scattering is dealt with in a quantum field theoretic approach. The process can be described in the general framework of nonforward scattering processes using the light-cone expansion in the generalized Bjorken region applying the generalized optical theorem. The diffractive structure functions ${g}_{1}^{D(3)}$ and ${g}_{2}^{D(3)}$ are calculated in the twist-2 approximation and are expressed by diffractive parton distributions, which are derived from pseudoscalar two-variable operator expectation values. In this approximation the structure function ${g}_{2}^{D(3)}$ is obtained from ${g}_{1}^{D(3)}$ by a Wandzura-Wilczek relation similar as for deep inelastic scattering. The evolution equations are given. We also comment on the higher twist contributions in the light-cone expansion.read more
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Journal ArticleDOI
Measurement and QCD analysis of the diffractive deep-inelastic scattering cross-section at HERA
A. Aktas,V. Andreev,T. Anthonis,Biljana Antunović,S. J. Aplin,A. Asmone,A. Astvatsatourov,Anton Babaev,S. Backovic,A. Baghdasaryan,P. Baranov,E. Barrelet,W. Bartel,S. Baudrand,S. Baumgartner,Matthew Beckingham,O. Behnke,O. Behrendt,A.S. Belousov,Nicolas Berger,J.C. Bizot,M.-O. Boenig,V. Boudry,J. Bracinik,Gerhard Brandt,V. Brisson,Dusan Bruncko,F. W. Büsser,A. Bunyatyan,A. Bunyatyan,G. Buschhorn,L. Bystritskaya,A. J. Campbell,F. Cassol-Brunner,Karel Cerny,V. Cerny,V. Cerny,V. Chekelian,J. G. Contreras,John A Coughlan,Y.R. Coppens,Bradley Cox,G. Cozzika,J. Cvach,J. B. Dainton,W.D. Dau,K. Daum,Y. de Boer,B. Delcourt,M. Del Degan,A. De Roeck,E. A. De Wolf,Cristinel Diaconu,V. Dodonov,A. Dubak,A. Dubak,Guenter Eckerlin,V. Efremenko,S. Egli,R. Eichler,F. Eisele,A. Eliseev,E. E. Elsen,S. Essenov,A. Falkewicz,P.J.W. Faulkner,Laurent Favart,A. Fedotov,R. Felst,J. Feltesse,J. Ferencei,L. Finke,M. Fleischer,G. Flucke,A. M. Fomenko,G. Franke,T. Frisson,E. Gabathuler,Erika Garutti,J. Gayler,C. Gerlich,S. Ghazaryan,S. Ginzburgskaya,A. Glazov,I. Glushkov,L. Goerlich,M. Goettlich,N. Gogitidze,S. Gorbounov,Christoph Grab,T. Greenshaw,M. Gregori,B. R. Grell,G. Grindhammer,C. Gwilliam,D. Haidt,Magnus Hansson,G. Heinzelmann,R. C. W. Henderson,H. Henschel,G. Herrera,Malte Hildebrandt,K. H. Hiller,D. Hoffmann,Roland Horisberger,A. Hovhannisyan,Tomas Hreus,S. Hussain,M. Ibbotson,M. Ismail,M. Jacquet,Xavier Janssen,V. Jemanov,Leif J. Jönsson,C. Johnson,Daniel Johnson,A. W. Jung,Hannes Jung,M. Kapichine,Judith Katzy,I. R. Kenyon,C. Kiesling,Max Klein,Claus Kleinwort,T. Klimkovich,T. Kluge,G. Knies,A. Knutsson,V. Korbel,P. Kostka,K. Krastev,Jan Kretzschmar,Anna Kropivnitskaya,K. Krüger,Murrough Landon,Wolfgang Lange,G. Laštovička-Medin,Paul Laycock,A. Lebedev,G. Leibenguth,V. Lendermann,S. Levonian,L. Lindfeld,K. Lipka,Andrej Liptaj,B. List,Jenny List,Ewelina Lobodzinska,N. Loktionova,Ricardo Lopez-Fernandez,V. Lubimov,A.-I. Lucaci-Timoce,H. Lueders,Thorsten Lux,L. Lytkin,A. Makankine,N. Malden,E. Malinovski,Pierre Marage,R. Marshall,Ll. Marti,M. Martisikova,H. U. Martyn,Stephen Maxfield,Andrew Mehta,Karlheinz Meier,A. B. Meyer,H. Meyer,J-P. Meyer,V. Michels,S. Mikocki,I. Milcewicz-Mika,David Milstead,D. Mladenov,A. Mohamed,F. Moreau,A. N. Morozov,J. V. Morris,Matthias Ulrich Mozer,K. Müller,Pavel Murin,K. Nankov,B. Naroska,Thomas Naumann,Paul Newman,C. Niebuhr,A. Nikiforov,Grzegorz Nowak,K. Nowak,M. Nozicka,R. Oganezov,B. Olivier,J. E. Olsson,Sakar Osman,D. Ozerov,Vladimir Palichik,Ilias Panagoulias,Theodora Papadopoulou,C. Pascaud,G. D. Patel,H. Peng,E. Perez,D. Perez-Astudillo,Adrian Perieanu,A. Petrukhin,Daniel Pitzl,R. Plačakytė,B. Portheault,Bogdan Povh,P. Prideaux,A.J. Rahmat,Natasa Raicevic,P. E. Reimer,A. Rimmer,C. Risler,Eram Rizvi,Peter Robmann,B. Roland,R. Roosen,A. Rostovtsev,Z. Rurikova,Sergey Rusakov,F. Salvaire,Dave Sankey,M. Sauter,Emmanuel Sauvan,Frank-Peter Schilling,Søren Schmidt,Stefan Schmitt,C. Schmitz,Laurent Schoeffel,André Schöning,Hans-Christian Schultz-Coulon,F. Sefkow,R.N. Shaw-West,I. Sheviakov,L. N. Shtarkov,T. J. Sloan,P. A. Smirnov,Y. Soloviev,David South,V. Spaskov,A. Specka,M. Steder,B. Stella,J. Stiewe,A. Stoilov,U. Straumann,D. Sunar,V. Tchoulakov,G. Thompson,P. D. Thompson,T. Toll,F. Tomasz,D. Traynor,T. N. Trinh,P. Truöl,I. Tsakov,G. Tsipolitis,I. Tsurin,J. Turnau,E. Tzamariudaki,K. Urban,M. Urban,A. Usik,D. Utkin,A. Valkárová,C. Vallée,P. Van Mechelen,A. D.R. Vargas Trevino,Y. Vazdik,C. Veelken,S. Vinokurova,V. Volchinski,K. Wacker,G. Weber,R. Weber,D. Wegener,C. Werner,Michael R. Wessels,B. Wessling,C. Wissing,R. Wolf,E. Wünsch,Stefania Xella,W. Yan,V. Yeganov,J. Žáček,J. Zálešák,Zhen Zhang,A. Zhelezov,Alexander Zhokin,Y.C. Zhu,J. Zimmermann,T. Zimmermann,H. Zohrabyan,F. Zomer +296 more
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References
More filters
Book
An introduction to Regge theory and high-energy physics
TL;DR: The theory of the complex angular momentum plane (Regge theory) as discussed by the authors was proposed by Regge in the early 1970s to explain the forces between these particles and predict the results of high-energy scattering experiments.
An Introduction to Regge Theory and High Energy Physics
TL;DR: The theory of the complex angular momentum plane (Regge theory) as discussed by the authors was proposed by Regge in the early 1970s for non-relativistic potential scattering and has been used to classify the many different particles which have been discovered in recent years, to explain the forces between these particles and to predict the results of high-energy scattering experiments.
Book
Field theory in particle physics
B. de Wit,J. F. Smith +1 more
TL;DR: In this paper, the authors present the Feynman diagrams for spinless fields and cross sections and decay rates of fermions with spin one-half and spin one half.
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