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Showing papers by "W. Brückner published in 1985"

Journal Article•DOI•
Real-to-imaginary ratio of the pp forward elastic scattering amplitude in the momentum range between 180 and 590 MeV/c

[...]

W. Brückner1, H. Döbbeling1, F. Güttner2, D. von Harrach1, H. Kneis1, S. Majewski2, Masaharu Nomachi2, S. Paul1, Bogdan Povh1, R. D. Ransome1, T.-A. Shibata2, M. Treichel1, Th. Walcher1 •
Max Planck Society1, Heidelberg University2
08 Aug 1985-Physics Letters B
TL;DR: The real-to-imaginary ratio of the p p forward elastic scattering amplitude has been measured at the LEAR facility of CERN by the Coulomb-nuclear interference method at seven beam momenta between 181 and 590 MeV/c.

68 citations

Journal Article•DOI•
The (K−, π+) strangeness exchange reaction on 16O

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R. Bertini, P. Birien, K. Braune1, W. Brückner1, G. Bruge, H. Catz, A. Chaumeaux, J. Ciborowski2, H. Döbbeling1, J.M. Durand, R. W. Frey2, D. Garreta, S. Janouin, T. J. Ketel1, K. Kilian1, H. Kneis1, S. Majewski2, B. Mayer, Jen-Chieh Peng, Bogdan Povh1, R. D. Ransome1, R. Szwed1, T.-A. Shibata2, A. Thiessen1, M. Treichel1, M. Uhrmacher1, Th. Walcher1 •
Max Planck Society1, Heidelberg University2
01 Aug 1985-Physics Letters B
TL;DR: In this article, negative kaons of 450 MeV/c momentum were used to produce Σ− particles in the p 3 2 and p 1 2 orbits of the Σ16C hypernucleus.

59 citations

Book Chapter•DOI•
Antiproton-Proton Reactions in the Momentum Range from 250 to 600 MeV/c

[...]

W. Brückner1, H. Döbbeling1, F. Güttner1, D. von Harrach1, H. Kneis1, S. Majewski1, M. Nomachi1, S. Paul1, Bogdan Povh1, R. D. Ransome1, T. A. Shibata1, M. Treichel1, Th. Walcher1 •
Max Planck Society1
01 Jan 1985
TL;DR: The first experimental results of the Heidelberg group at LEAR (PS173) are reported in this paper, where the authors present a new method to study antiproton-proton interactions with good precision.
Abstract: The Low Energy Antiproton Ring (LEAR) opened up a new possibility to study antiproton-proton interactions with good precision. The first experimental results of the Heidelberg group at LEAR (PS173) are reported.