Momentum dependence of the decay η→π+π−π0

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Momentum dependence of the decay η→π+π−π0

C. Völcker C. Völcker K. Beuchert H. Stöck A. Ehmanns A. Ehmanns M. Heinzelmann M. Heinzelmann C. Pietra C. Pietra H. Matthäy N. Djaoshvili N. Djaoshvili U. Wiedner U. Wiedner R. Ouared R. Ouared I. Scott I. Scott P. Giarritta P. Giarritta S. Spanier S. Spanier C. Kolo C. Kolo U. Kurilla B. Pick B. Pick O. Cramer O. Cramer F.h. Heinsius F.h. Heinsius L. Montanet L. Montanet B. Kämmle B. Kämmle M. Ratajczak Michael Doser Michael Doser M. Suffert A. Herbstrith A. Herbstrith D. Walther S. Wallis S. Wallis R. Seibert R. Seibert V. Crede V. Crede U. Strohbusch U. Strohbusch C. Straßburger C. Straßburger S. Resag S. Resag K. Braune K. Braune P. Kammel P. Kammel T. Case T. Case P. Blüm P. Blüm K.m. Crowe K.m. Crowe C. A. Meyer C. A. Meyer B.m. Barnett B.m. Barnett M. Tischhäuser M. Tischhäuser M. Herz M. Herz K. Peters R. P. Haddock R. P. Haddock K. Wittmack K. Wittmack C. N. Pinder C. N. Pinder D.v. Bugg D.v. Bugg J. Kisiel J. Kisiel H. Koch P. Hidas P. Hidas Claude Amsler Claude Amsler C. J. Batty C. J. Batty N.p. Hessey N.p. Hessey C. A. Baker C. A. Baker U. Thoma U. Thoma C. Hodd C. Hodd B. S. Zou B. S. Zou M. A. Faessler M. A. Faessler T. Degener P. Schmidt P. Schmidt M. Lakata M. Lakata W. Dünnweber W. Dünnweber H. Kalinowsky H. Kalinowsky J. Meier J. Meier M. Benayoun R. Mccrady R. Mccrady C. Holtzhaußen C. Holtzhaußen C. Regenfus C. Regenfus A. Berdoz A. Berdoz R. Landua R. Landua S. Bischoff S. Bischoff J. Adomeit J. Adomeit D. Jamnik D. Jamnik D. Engelhardt D. Engelhardt A. Abele A. Abele M. Kunze W. Roethel W. Roethel F. Ould-saada F. Ould-saada S. V. Dombrowski S. V. Dombrowski Eberhard Klempt Eberhard Klempt

subject

Crystal Nuclear physics Momentum Physics Nuclear and High Energy Physics Chiral perturbation theory Physics::Instrumentation and Detectors Detector Barrel (horology)Dalitz plot

description

Abstract The π 0 momentum dependence of the decay η → π + π − π 0 has been measured with the Crystal Barrel detector. The analysis is based on 3230 events. The results of this independent measurement are compared to new chiral perturbation theory calculations and previous measurements.

year	journal	country	edition	language
1998-01-01	Physics Letters B

https://doi.org/10.1016/s0370-2693(97)01376-2

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