V. Bakken
University of Oslo
24 Papers
95 Citations
V. Bakken is an academic researcher from University of Oslo. The author has contributed to research in topics: Pion & Isospin. The author has an hindex of 6, co-authored 24 publications.
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Papers
Evidence for dominance of Pomeron like exchange in pp → NNπ at 19 GeV/c
H. Bøggild,K. H. Hansen,H. Johnstad,R. Møllerud,M. Suk,L. Veje,M. Korkea-Aho,K.V. Laurikainen,P. Laurikainen,V. Bakken,S. Bjåstad,F.O. Breivik,T. Jacobsen,S.O. Sørensen,O. Danielsson,G. Ekspong,L. Grantstrøm,B.E. Ronne +17 more
TL;DR: In this article, the amplitudes with the low mass Nπ system in isospin states 1 2 and 3 2 were analyzed at 19 GeV/c and analyzed in terms of the amplitude amplitudes of the I − 1 2 cross section.
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Exchange mechanisms and energy dependence of isospin amplitudes for the reaction pN → NNπ in the energy range 5–1480 GeV☆
E. Dahl-Jensen,I. Dahl-Jensen,J. D. Hansen,R. Møllerud,J. Mäkelä,M. Pimiä,E. Sundell,V. Bakken,J. Haldorsen,T. Jacobsen,G. Skjevling,G. Ekspong,H. Johansson,P. Lundborg,B. Sellden +14 more
TL;DR: In this article, the isoscalar amplitude M 1 2 0 is interpreted to be dominated by pomeron exchange and the isovector amplitude M 3 2 1 by π exchange, where Ix and I are the isospins of the exchanged particle and the N4π combination respectively.
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Charged-particle multiplicity distributions and rescattering effects in pd interactions at 19 GeV/c
TL;DR: Inelastic topological pd cross-sections at 19 GeV/c have been determined from an exposure of the CERN 2 m bubble chamber, where the total cross-section for three or more prongs was measured to be (42.4±0.3) mb as discussed by the authors.
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Some features of one, two and three pion production in pd collisions at 19 GeV/c
V. Bakken,H. Gennow,T. Jacobsen,P. Lundborg,R. Møllerud,J. Mäkelä,J.E. Olsson,M. Pimiä,B. Sellden,G. Skjevling,E. Sundell +10 more
TL;DR: In this article, cross sections for coherent and non-coherent production of one, two and three pions in pd reactions at 19 GeV/c were presented, and the mass distributions of the two pion noncoherent channels were studied.
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Rescattering Effects in 19 GeV/c PD Interactions and Search for a ΔΔ Component in the Deuteron
V. Bakken,H Gennow,H Gennow,P Lundborg,P Lundborg,J Mäkelä,J Mäkelä,M Pimiä,M Pimiä,B. Sellden,E. Sundell +10 more
TL;DR: In this paper, a large excess of protons in the momentum range > 200 MeV/c is seen, compared to what the spectator model predicts on the basis of the deuteron wave function.
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