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Experimental evidence for hadroproduction of exotic mesons

G S Adams,T Adams,Z Baryam,J M Bishop,V A Bodyagin,B B Brabson, D S Brown,N M Cason,S U Chung,R R Crittenden,J P Cummings,K Danyo,S P Denisov,V A Dorofeev,J P Dowd,A R Dzierba,P Eugenio,Jeffrey L Gunter,R W Hackenburg,Michael G Hayek,E I Ivanov,I A Kachaev,W Kern,E King,O Kodolova,V L Korotkikh,M Kostin,John N Kuhn,R Lindenbusch, V V Lipaev,J M Losecco,J J Manak,J Napolitano,M Nozar,C Olchanski,A I Ostrovidov,T K Pedlar,A V Popov,D R Rust,D I Ryabchikov,A H Sanjari,L I Sarycheva,Edward R D Scott,K K Seth,N Shenhav,W D Shephard,N B Sinev,James A Smith,P T Smith,D L Stienike,T Sulanke,S A Taegar,S Teige,David R Thompson,I Vardanyan,D P Weygand, D G White,H J Willutzki, J J Wise,M Witkowski,A A Yershov,D Zhao

Nuclear Physics A（2001）

Cited 6|Views31
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Abstract
New measurements of peripheral meson production are presented. The data confirm the existence of exotic mesons at 1.4 and 1.6 GeV/c(2). The latter state dominates the eta'pi (-) decay spectrum. The data on eta pi (+)pi (-)pi (-) decay show large strength in several exotic (J(pc)=1(-+)) waves as well.
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Key words
nuclear physics,elementary particles,decay,quarks,mesons,spectrum,production
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