Muon pair production in ep collisions at HERA
(2004) In Physics Letters. Section B: Nuclear, Elementary Particle and High-Energy Physics 583(1-2). p.28-40- Abstract
- Cross sections for the production of two isolated muons up to high di-muon masses are measured in ep collisions at HERA with the H1 detector in a data sample corresponding to an integrated luminosity of 71 pb(-1) at a centre of mass energy of roots = 319 GeV. The results are in good agreement with Standard Model predictions, the dominant process being photon-photon interactions. Additional muons or electrons are searched for in events with two high transverse momentum muons using the full data sample corresponding to 114 pb(-1), where data at roots = 301 GeV and roots = 319 GeV are combined. Both the di-lepton sample and the tri-lepton sample agree Well with the predictions. (C) 2004 Published by Elsevier B.V.
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- author
- organization
- publishing date
- 2004
- type
- Contribution to journal
- publication status
- published
- subject
- in
- Physics Letters. Section B: Nuclear, Elementary Particle and High-Energy Physics
- volume
- 583
- issue
- 1-2
- pages
- 28 - 40
- publisher
- Elsevier
- external identifiers
-
- wos:000189312400003
- scopus:10744227110
- ISSN
- 0370-2693
- DOI
- 10.1016/j.physletb.2004.01.003
- language
- English
- LU publication?
- yes
- id
- 1f660176-f42d-4b88-913d-6dd988da34e7 (old id 285736)
- date added to LUP
- 2016-04-01 15:38:41
- date last changed
- 2023-01-04 18:20:31
@article{1f660176-f42d-4b88-913d-6dd988da34e7,
abstract = {{Cross sections for the production of two isolated muons up to high di-muon masses are measured in ep collisions at HERA with the H1 detector in a data sample corresponding to an integrated luminosity of 71 pb(-1) at a centre of mass energy of roots = 319 GeV. The results are in good agreement with Standard Model predictions, the dominant process being photon-photon interactions. Additional muons or electrons are searched for in events with two high transverse momentum muons using the full data sample corresponding to 114 pb(-1), where data at roots = 301 GeV and roots = 319 GeV are combined. Both the di-lepton sample and the tri-lepton sample agree Well with the predictions. (C) 2004 Published by Elsevier B.V.}},
author = {{Aktas, A and Andreev, V and Anthonis, T and Asmone, A and Babaev, A and Backovic, S and Bahr, J and Baranov, P and Barrelet, E and Bartel, W and Baumgartner, SB and Becker, JB and Beckingham, M and Behnke, O and Behrendt, O and Belousov, A and Berger, C and Berger, N and Berndt, T and Bizot, JC and Bohme, J and Boenig, MO and Boudry, V and Bracinik, J and Braunschweig, W and Brisson, V and Broker, HB and Brown, DP and Bruncko, D and Busser, FW and Bunyatyan, A and Buschhorn, G and Bystritskaya, L and Campbell, AJ and Caron, S and Cassol-Brunner, F and Cerny, K and Chekelian, V and Collard, C and Contreras, JG and Coppens, YR and Coughlan, JA and Cousinou, MC and Cox, BE and Cozzika, G and Cvach, J and Dainton, JB and Dau, WD and Daum, K and Delcourt, B and Delerue, N and Demirchyan, R and De Roeck, A and Desch, K and De Wolf, EA and Diaconu, C and Dingfelder, J and Dodonov, V and Dowell, JD and Dubak, A and Duprel, C and Eckerlin, G and Efremenko, V and Egli, S and Eichler, R and Eisele, F and Ellerbrock, M and Elsen, E and Erdmann, M and Erdmann, W and Faulkner, PJW and Favart, L and Fedotov, A and Felst, R and Ferencei, J and Fleischer, M and Fleischmann, P and Fleming, YH and Flucke, G and Flugge, G and Fomenko, A and Foresti, I and Formanek, J and Franke, G and Frising, G and Gabathuler, E and GAbathuler, K and Garvey, J and Gassner, J and Gayler, J and Gerhards, R and Gerlich, C and Ghazaryan, S and Goerlich, L and Gogitidze, N and Gorbounov, S and Grab, C and Grabski, V and Grassler, H and Greenshaw, T and Gregori, M and Grindhammer, G and Haidt, S and Hajduk, L and Haller, J and Heinzelmann, G and Henderson, RCW and Henschel, H and Henshaw, O and Heremans, R and Herrera, G and Herynek, I and Heuer, RD and Hildebrandt, M and Hiller, KH and Hladky, J and Hoting, P and Hoffmann, D and Horisberger, R and Hovhannisyan, A and Ibbotson, M and Ismail, M and Jacquet, M and Janauschek, L and Janssen, X and Jemanov, V and Jönsson, Leif and Johnsin, C and Johnson, DP and Jung, H and Kant, D and Kapichine, M and Karlsson, Martin and Katzy, J and Keller, N and Kennedy, J and Kenyon, IR and Kiesling, C and Klein, M and Kleinwort, C and Kluge, T and Knies, G and Knutsson, Albert and Koblitz, B and Kolya, SD and Korbel, V and Kostka, P and Koutouev, R and Kropivnitskaya, A and Kroseberg, J and Kuckens, J and Kuhr, T and Landon, MPJ and Lange, W and Lastovicka, T and Laycock, P and Lebedev, A and Leissner, B and Lemrani, R and Lendermann, V and Levonian, S and List, B and Lobodzinska, E and Loktionova, N and Lopez-Fernandez, R and Lubimov, V and Lueders, H and Luders, S and Luke, D and Lux, T and Lytkin, L and Makankine, A and Malden, N and Malinovski, E and Mangano, S and Marage, R and Marks, J and Marshall, R and Martisikova, M and Martyn, HU and Martyniak, J and Maxfield, SJ and Meer, D and Mehta, A and Meier, K and Meyer, AB and Meyer, H and Meyer, J and Michine, S and Mikocki, S and Milcewicz, I and Milstead, D and Moreau, F and Morozov, A and Morozov, I and Morris, JV and Mozer, M and Muller, K and Murin, P and Nagovizin, V and Naroska, B and Naumann, J and Naumann, T and Newman, PR and Niebuhr, C and Nikitin, D and Nowak, G and Nozicka, M and Olivier, B and Olsson, JE and Ossoskov, G and Ozerov, D and Pascaud, C and Patel, GD and Peez, M and Perez, E and Perieanu, A and Petrukhin, A and Pitzl, D and Poschl, R and Portheault, B and Povh, B and Raicevic, N and Rauschenberger, J and Reimer, P and Reisert, B and Risler, C and Rizvi, E and Robmann, P and Roosen, R and Rostovtsev, A and Rurikova, Z and Rusakov, S and Rybicki, K and Sankey, DPC and Sauvan, E and Schatzel, S and Scheinsi, J and Schilling, FP and Schleper, P and Schmidt, S and Schmitt, S and Schneider, M and Schoeffel, L and Schoning, A and Schroder, V and Schultz-Coulon, HC and Schwanenberger, C and Sedlak, K and Sefkow, F and Sheviakov, I and Shtarkov, LN and Sirois, Y and Sloan, T and Smirnov, P and Soloviev, Y and South, D and Spaskov, V and Specka, A and Spitzer, H and Stamen, R and Stella, B and Stiewe, J and Strauch, I and Straumann, U and Thompson, G and Thompson, PD and Tomasz, E and Traynor, D and Truol, P and Tsipolitis, G and Tsurin, I and Turnau, J and Tzamariudaki, E and Uraev, A and Urban, M and Usik, A and Valkar, S and Valkarova, A and Vallee, C and Van Mechelen, P and Trevino, AV and Vassiliev, S and Vazdik, Y and Veelken, C and Vest, A and Vichnevski, A and Vinokurova, S and Volchinski, V and Wacker, K and Wagner, J and Waugh, B and Weber, G and Weber, R and Wegener, D and Werner, C and Werner, N and Wessels, M and Wessling, B and Winde, M and Zalesak, J and Zhang, Z and Zhokin, A and Zohrabyan, H and Zomer, F}},
issn = {{0370-2693}},
language = {{eng}},
number = {{1-2}},
pages = {{28--40}},
publisher = {{Elsevier}},
series = {{Physics Letters. Section B: Nuclear, Elementary Particle and High-Energy Physics}},
title = {{Muon pair production in ep collisions at HERA}},
url = {{http://dx.doi.org/10.1016/j.physletb.2004.01.003}},
doi = {{10.1016/j.physletb.2004.01.003}},
volume = {{583}},
year = {{2004}},
}