E
E. Böhm
Researcher at University of Kiel
Publications - 39
Citations - 2200
E. Böhm is an academic researcher from University of Kiel. The author has contributed to research in topics: Muon & Scattering. The author has an hindex of 22, co-authored 39 publications receiving 2136 citations.
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Journal ArticleDOI
The ratio of the nucleon structure functions $F^N_2$ for iron and deuterium
J. J. Aubert,G. Bassompierre,K.H. Becks,C. Best,E. Böhm,X. De Bouard,F.W. Brasse,C. Broll,S.C. Brown,J. Carr,R. W. Clifft,J.H. Cobb,G. Coignet,F. Combley,G.R. Court,G. D'Agostini,W.D. Dau,J.K. Davies,Y. Declais,R.W. Dobinson,U. Dosselli,J. Drees,A. W. Edwards,M. C. Edwards,J. Favier,M.I. Ferrero,W. Flauger,E. Gabathuler,R. Gamet,J. Gayler,V. Gerhardt,Claus Gössling,Jennifer S. Haas,Klaus Hamacher,P.J. Hayman,M. Henckes,V. Korbel,Ulrich Landgraf,M. Leenen,M. Maire,H. Minssieux,W. Mohr,H.E. Montgomery,K. Moser,Richard Mount,P. R. Norton,J. McNicholas,A.M. Osborne,P. Payre,Cristiana Peroni,H. Pessard,Uwe Pietrzyk,K. Rith,M. Schneegans,T. J. Sloan,H. E. Stier,W. Stockhausen,J.M. Thenard,Joshua Thompson,L. Urban,M. Villers,H. Wahlen,M. Whalley,D. Williams,W.S.C. Williams,J.G. Williamson,Stephen Wimpenny +66 more
TL;DR: Using the data on deep inelastic muon scattering on iron and deuterium, the ratio of the nucleon structure functions F 2 N ( Fe )/F 2 N( D ) is presented in this paper.
Journal ArticleDOI
A detailed study of the proton structure functions in deep inelastic muon-proton scattering
J. J. Aubert,G. Bassompierre,K.H. Becks,C. Best,E. Böhm,X. De Bouard,F.W. Brasse,C. Broll,S.C. Brown,J. Carr,R. W. Clifft,J.H. Cobb,G. Coignet,F. Combley,G. D'Agostini,W.D. Dau,J.K. Davies,Y. Declais,R.W. Dobinson,U. Dosselli,J. Drees,A. W. Edwards,M. Edwards,J. Favier,M.I. Ferrero,W. Flauger,E. Gabathuler,R. Gamet,J. Gayler,V. Gerhardt,Claus Gössling,Jennifer S. Haas,Klaus Hamacher,P.J. Hayman,M. Henckes,V. Korbel,Ulrich Landgraf,M. Leenen,M. Maire,W. Mohr,H.E. Montgomery,K. Moser,Richard Mount,J. Nassalski,P. R. Norton,J. McNicholas,A.M. Osborne,P. Payre,Cristiana Peroni,H. Pessard,U. Pietrzyk,K. Rith,M. Schneegans,T. J. Sloan,H. E. Stier,W. Stockhausen,J.M. Thenard,J. C. Thompson,L. Urban,H. Wahlen,M. Whalley,W.S.C. Williams,J.G. Williamson,Stephen Wimpenny +63 more
TL;DR: In this paper, the x and Q 2 dependence of the single photon exchange cross section d 2 σ /d Q 2 d x and the proton structure functions F 2 ( x, Q 2 ) and R ( x, Q 2 ), have been measured in deep inelastic muon proton scattering in the region 0.02 x Q 2 2.
Journal ArticleDOI
Measurements of the nucleon structure function in the range 0.002 < x < 0.17 and 00.2 < Q2 < 8 GeV2 in deuterium, carbon and calcium
Michele Arneodo,A. Arvidson,J. J. Aubert,B. Badelek,J. Beaufays,Christopher Bee,C. Benchouk,G. Berghoff,I. G. Bird,D. Blum,E. Böhm,X. De Bouard,F.W. Brasse,H. M. Braun,C. Broll,S.C. Brown,H. Brück,Hans Calén,J. S. Chima,Jacek Ciborowski,R. W. Clifft,G. Coignet,F. Combley,Jane Coughlan,G. D'Agostini,S. Dahlgren,I. Derado,T. Dreyer,J. Drees,Michael Düren,V. Eckardt,A. W. Edwards,M. Edwards,T. Ernst,G. Eszes,J. Favier,M. I. Ferrero,J. Figiel,W. Flauger,J. Foster,E. Gabathuler,J. Gajewski,R. Gamet,N. Geddes,P. Grafström,L. Gustafsson,J. Haas,E. Hagberg,F. J. Hasert,P.J. Hayman,Ph. Heusse,M. Jaffre,A. Jacholkowska,F. Janata,G. Jancso,A. S. Johnson,E. M. Kabuss,G. Kellner,A. Kruger,J. Krüger,S. Kullander,Ulrich Landgraf,D. Lanske,J. G. Loken,K. Long,M. Maire,P. Malecki,A. Manz,S. Maselli,W. Mohr,F. Montanet,H.E. Montgomery,E. Nagy,J. Nassalski,P. R. Norton,F. G. Oakham,A.M. Osborne,C. Pascaud,B. Pawlik,P. Payre,C. Peroni,H. Peschel,H. Pessard,J. Pettingale,B. Pietrzyk,B. Poensgen,M. Pötsch,P. B. Renton,P. Ribarics,K. Rith,E. Rondio,A. Sandacz,M. Scheer,A. Schlagböhmer,H. Schiemann,Norbert Schmitz,M. Schneegans,M. Scholz,M. Schouten,T. Schröder,K. Schultze,T. J. Sloan,H. E. Stier,M. Studt,Geoffrey Taylor,J.M. Thenard,Jc Thompson,A. de la Torre,Jozsef Toth,L. Urban,W. Wallucks,M. Whalley,S. Wheeler,W.S.C. Williams,Stephen Wimpenny,Roland Windmolders,Gy. Wolf +116 more
TL;DR: In this article, small angle scattering of 280 GeV positive muons by deuterium, carbon and calcium has been measured at scattering angles down to 2 mrad, where F 2 (Ca) and F 2(D) are not significantly different.
Journal ArticleDOI
A large magnetic spectrometer system for high-energy muon physics
O. C. Allkofer,J. J. Aubert,G. Bassompierre,K.H. Becks,Y. Bertsch,C. Besson,C. Best,E. Böhm,D. R. Botterill,F.W. Brasse,C. Broll,J. Carr,B. Charles,R. W. Clifft,J.H. Cobb,G. Coignet,F. Combley,J. M. Crespo,P.F. Dalpiaz,P. Dalpiaz,W.D. Dau,J.K. Davies,Y. Declais,R.W. Dobinson,J. Drees,A. W. Edwards,M. C. Edwards,J. Favier,M.I. Ferrero,J. H. Field,W. Flauger,E. Gabathuler,R. Gamet,J. Gayler,P. Ghez,G. Gössling,Jennifer S. Haas,U. Hahn,Klaus Hamacher,P.J. Hayman,M. Henckes,H. Jokisch,J. Kadyk,V. Korbel,M. Maire,L. Massonnet,A. Melissinos,W. Mohr,H.E. Montgomery,K. Moser,Richard Mount,M. Moynot,P. R. Norton,A.M. Osborne,P. Payre,Cristiana Peroni,H. Pessard,Uwe Pietrzyk,K. Rith,M. D. Rousseau,E. Schlösser,M. Schneegans,T. J. Sloan,M. Sproston,W. Stockhausen,H. E. Stier,J.M. Thenard,Joshua Thompson,L. Urban,M. Vivargent,G. von Holtey,H. Wahlen,E. J. Watson,V.A. White,D. Williams,W.S.C. Williams,Stephen Wimpenny +76 more
TL;DR: The European Muon Collaboration (EMC) as mentioned in this paper built a large magnetic spectrometer system for deep inelastic muon scattering experiments at the CERN SPS muon beam.
Journal ArticleDOI
Production of charmonium in 250 GeV μ+-iron interactions
J. J. Aubert,G. Bassompierre,K.H. Becks,C. Best,E. Böhm,X. De Bouard,F.W. Brasse,C. Broll,S.C. Brown,J. Carr,R. W. Clifft,J.H. Cobb,G. Coignet,F. Combley,J. M. Crespo,G. D'Agostini,P.F. Dalpiaz,P. Dalpiaz,W.D. Dau,J.K. Davies,Y. Declais,R.W. Dobinson,U. Dosselli,J. Drees,A. W. Edwards,M. C. Edwards,J. Favier,M.I. Ferrero,W. Flauger,E. Gabathuler,R. Gamet,J. Gayler,V. Gerhardt,Claus Gössling,P. Gregory,Jennifer S. Haas,Klaus Hamacher,P.J. Hayman,M. Henckes,V. Korbel,Ulrich Landgraf,M. Leenen,M. Maire,L. Massonnet,H. Minssieux,W. Mohr,H.E. Montgomery,K. Moser,Richard Mount,P. R. Norton,J. McNicholas,A.M. Osborne,P. Payre,Cristiana Peroni,H. Pessard,Uwe Pietrzyk,K. Rith,M. Schneegans,T. J. Sloan,H. E. Stier,W. Stockhausen,J.M. Thenard,Joshua Thompson,L. Urban,M. Villers,H. Wahlen,M. Whalley,D. Williams,W.S.C. Williams,J.G. Williamson,Stephen Wimpenny +70 more
TL;DR: In this article, an upper limit on the cross section times branching ratio for BR · σ (μN → μJ/ϑX) < 5.2 × 10−38 cm2 (at 90% confidence level) is obtained.