D
D. Jamnik
Researcher at Ludwig Maximilian University of Munich
Publications - 84
Citations - 3304
D. Jamnik is an academic researcher from Ludwig Maximilian University of Munich. The author has contributed to research in topics: Annihilation & Dalitz plot. The author has an hindex of 31, co-authored 84 publications receiving 3158 citations. Previous affiliations of D. Jamnik include University of Mainz & University of Ljubljana.
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Journal ArticleDOI
A High Statistics Measurement of the Proton Structure Functions F(2) (x, Q**2) and R from Deep Inelastic Muon Scattering at High Q**2
Alberto Benvenuti,Dante Bollini,G. Bruni,Tiziano Camporesi,L. Monari,Francesco Navarria,A. Argento,J. Cvach,Wolfgang Lohmann,L. Piemontese,P. Zavada,Arif Akhundov,V.I. Genchev,Igor Golutvin,Yu.T. Kiryushin,V.G. Krivokhizhin,Victor Kukhtin,R. Lednicky,S. Nemecek,P. Reimer,I.A. Savin,G.I. Smirnov,J. Strachota,G. Sultanov,P.T. Todorov,A.G. Volodko,D. Jamnik,R. Kopp,U. Meyer-Berkhout,A. Staude,K. M. Teichert,R. Tirler,Rudiger Voss,Č. Zupančič,M. Cribier,J. Feltesse,A. Milsztajn,Ahmimed Ouraou,P. Rich-Hennion,Y. Sacquin,G. Smadja,M. Virchaux +41 more
TL;DR: In this paper, a high statistics study of the proton structure functions F 2 ( x, Q 2 ) and R = σ L / σ T measured in deep inelastic scattering of muons on a hydrogen target is presented.
Journal ArticleDOI
The crystal barrel spectrometer at LEAR
E. Aker,Claude Amsler,I. Augustin,C. A. Baker,B. M. Barnett,C. J. Batty,R. Beckmann,P. Birien,James A. Bistirlich,P. Blüm,R. Bossingham,H. Bossy,K. Braune,D.V. Bugg,Mark J. Burchell,T. Case,S. Cierjacks,Kenneth M. Crowe,K. Dederichs,Michael Doser,W. Dünnweber,H. Emerich,D. Engelhardt,M. A. Faessler,C. Felix,G. Folger,J.M. Friedrich,R. Hackmann,R. P. Haddock,H. Hammer,F. H. Heinsius,N. P. Hessey,P. Illinger,D. Jamnik,H. Kalinowsky,B. Kämmle,T. Kiel,Eberhard Klempt,H. Koch,C. Kolo,K. Königsmann,F. Krennrich,Marcel Kunze,R. Landua,J. Lüdemann,H. Matthaey,M. Merkel,J. P. Merlo,C. A. Meyer,U. Meyer-Berkhout,L. Montanet,A. Noble,K. Peters,W. Rohrbach,A. H. Sanjari,E. Schäfer,B. Schmid,W. Schott,K. Sidiropoulos,S. Spanier,A. Staude,Chr. Strassburger,U. Strohbusch,M. Suffert,C. Sutton,D. Urner,C. Völcker,D. Walther,S. M. Walther,Ch. Weddigen,U. Wiedner,N. Winter,J. Zoll,Č. Zupančič +73 more
TL;DR: In this paper, the crystal Barrel spectrometer used at LEAR, CERN to study the products of pd annihilations is described and the performance of the detector is discussed.
Journal ArticleDOI
A high statistics measurement of the deuteron structure functions F2(x, Q2) and R from deep inelastic muon scattering at high Q2
Alberto Benvenuti,Dante Bollini,G. Bruni,Francesco Navarria,A. Argento,Wolfgang Lohmann,L. Piemontese,J. Strachota,P. Zavada,S.A. Baranov,V.I. Genchev,Igor Golutvin,Yu.T. Kiryushin,V.G. Krivokhizhin,Victor Kukhtin,R. Lednicky,S. Nemecek,P. Reimer,I.A. Savin,E.V. Telyukov,G.I. Smirnov,G. Sultanov,P.T. Todorov,A.G. Volodko,D. Jamnik,R. Kopp,U. Meyer-Berkhout,A. Staude,K. M. Teichert,R. Tirler,Rudiger Voss,Č. Zupančič,M. Cribier,J. Feltesse,A. Milsztajn,Ahmimed Ouraou,Y. Sacquin,G. Smadja,M. Virchaux +38 more
TL;DR: In this paper, a high statistics study of the nucleon structure functions F2(x, Q2) and R=σL/σT measured in deep inelastic scattering of muons on a deuterium target is presented.
Journal ArticleDOI
A Measurement of Nuclear Effects in Deep Inelastic Muon Scattering on Deuterium, Nitrogen and Iron Targets
G. Bari,Alberto Benvenuti,Dante Bollini,G. Bruni,Tiziano Camporesi,G. Heiman,L. Monari,Francesco Navarria,A. Argento,J. Cvach,Konrad Deiters,W. D. Nowak,L. Piemontese,I. Veress,Rudiger Voss,N.G. Fadeev,Igor Golutvin,M.Yu. Kazarinov,Yu.T. Kiryushin,V.G. Krivokhizhin,Victor Kukhtin,W. Lohmann,S. Nemecek,P. Reimer,I.A. Savin,G.I. Smirnov,J. Strachota,G. Sultanov,P.T. Todorov,A.G. Volodko,D. Jamnik,R. Kopp,U. Meyer-Berkhout,K. M. Teichert,R. Tirler,A. Staude,Č. Zupančič,M. Cribier,J. Feltesse,A. Milsztajn,Ahmimed Ouraou,P. Rich-Hennion,Y. Sacquin,G. Smadja,Gyorgy Vesztergombi,M. Virchaux +45 more
TL;DR: In this paper, the existence of nuclear effects at large Q 2 was confirmed with improved systematic accuracy by using deep inelastic muon scattering with deuterium, nitrogen, and iron targets.
Journal ArticleDOI
Nuclear Effects in Deep Inelastic Muon Scattering on Deuterium and Iron Targets
Alberto Benvenuti,Dante Bollini,G. Bruni,F. L. Navarria,A. Argento,J. Cvach,K. Dieters,L. Piemontese,I. Veress,P. Zavada,N.G. Fadeev,Igor Golutvin,M.Yu. Kazarinov,Yu.T. Kiryushin,V.G. Krivokhizhin,Victor Kukhtin,W. Lohmann,S. Nemecek,P. Reimer,I.A. Savin,G.I. Smirnov,J. Strachota,G. Sultanov,P.T. Todorov,A.G. Volodko,D. Jamnik,R. Kopp,U. Meyer-Berkhout,A. Staude,K. M. Teichert,R. Tirler,Rudiger Voss,Č. Zupančič,M. Cribier,J. Feltesse,A. Milsztajn,Ahmimed Ouraou,P. Rich-Hennion,Y. Sacquin,G. Smadja,M. Virchaux +40 more
TL;DR: In this article, the nuclear effects in deep inelastic muon scattering on deuterium and iron targets at large Q 2 were investigated and the ratio F Fe 2 (x) F D 2 2 2(x) measured in the kinematic range 0.06⩽ x ⩽0.70, 14GeV 2 ⩾ Q 2 ⌽70 GeV 2 is in good agreement with earlier measurements in the region of x > 0.25.