P. Eschstruth
University of Paris
8 Papers
40 Citations
P. Eschstruth is an academic researcher from University of Paris. The author has contributed to research in topics: Meson & Wire chamber. The author has an hindex of 6, co-authored 8 publications.
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Papers
Study of the reaction e + e - -->pp in the total energy range 1925-2180 MeV
B. Delcourt,I. Derado,J.L. Bertrand,Dario Bisello,J.C. Bizot,A. Cordier,P. Eschstruth,Louis Fayard,J. Jeanjean,M. Jeanjean,F. Mane,J.C. Parvan,M. Ribes,F. Rumpf +13 more
TL;DR: The e+e− → pp cross section has been measured between 1925 and 2180 MeV and about 50 pp events were detected as discussed by the authors, which are an order of magnitude higher than predicted by the well-known dipole fit.
115
A low-density, cylindrical MWPC with simultaneous anode and cathode read-out for use in a magnetic detector
J. Jeanjean,M. Jeanjean,R. Madaras,J.L. Masnou,J. Perez-Y-Jorba,A. Quenzer,F. Rumpf,J.L. Bertrand,J.C. Bizot,R.L. Chase,A. Cordier,B. Delcourt,P. Eschstruth,G. Grosdidier +13 more
TL;DR: In this article, the authors describe the construction and performance of a cylindrical proportional chamber with anode and cathode detection, which allows simultaneous axial and azimuthal localization without ambiguity.
28
Measurement of lepton pair production in γγ processes from e+e+ collisions at DCI
A. Courau,A. Cordier,B. Delcourt,P. Eschstruth,Louis Fayard,J. Haissinski,F. Mane,B. Michel,Alain Falvard,J. Jousset,Jean-Claude Montret +10 more
TL;DR: In this article, the e + e + → l + l − (e + e+ ) cross section for lepton pairs with low invariant masses has been measured, for the first time, to predictions based on the theoretical differential cross section.
13
Geiger tube planes as a trigger for the nucleon lifetime experiment in the Frejus tunnel (France)
B. Dudelzak,P. Eschstruth,B. Grelaud,S. Jullian,D. Lalanne,F. Laplanche,C. Longuemare,C. Paulot,Ph. Roy,G. Szklarz +9 more
TL;DR: In this article, a Geiger tube 6 m long made of extruded aluminium and assembled in 6m × 6m planes has been used as a trigger for the nucleon lifetime experiment in the Frejus tunnel (Aachen-Orsay-Palaiseau-Saclay-Wuppertal Collaboration).
3
A Study of e+e− Annihilation into Hadrons in the 1400–2200 MeV Energy Range with the Magnetic Detector DM1 at DCI: Observation and Study of a φ′ Vector Meson
J. Perez-Y-Jorba,J-C. Bizot,Dario Bisello,A. Cordier,B. Delcourt,I. Derado,Louis Fayard,F. Mane,J-L. Bertrand,P. Eschstruth,J. Jeanjean,M. Jeanjean,J-C. Parvan,M. Ribes,F. Rumpf,J. Layssac +15 more
- 01 Jan 1983
TL;DR: The e+e- annihilation into hadrons has been studied in this article, where the total integrated luminosity was 1500 nb-1 over the whole energy range with at most one neutral missing.