pp - > dpi+pi0: 不产生ABC效应的双电离熔化 (Exclusive Measurements of pp -> dpi+pi0: Double-Pionic Fusion without ABC Effect)

F. Kren,M. Bashkanov,D. Bogoslawsky,H. Calen,H. Clement,L. Demiroers,C. Ekstrom,k. Fransson,J. Greiff,L. Gustafsson,B. Hoistad,G. Ivanov,M. Jacewicz,E. Jiganov,T. Kohansson,O. Khakimova,S. Keleta,I. Koch,S. Kullander,A. Kupsc,P. Marciniewski,R. Meier,B. Morosov,C. Pauly,H. Petren,Y. Petukhov,A. Povtoreijko,R. J. M. Y. Ruber,K. Schonning,W. Scobel,T. Skorodko,B. Shwartz,J. Stepaniak,P. Thorngren-Engblom,V. Tikhomirov,G. J. Wagner,M. Wolke,A. Yamamoto,J. Zabierowski,J. Zlomanczuk

Exclusive measurements of the reaction pp -> dpi+pi0 have been carried out at T_p = 1.1 GeV at the CELSIUS storage ring using the WASA detector. The isovector pi+pi0 channel exhibits no enhancement at low invariant pipi masses, i. e. no ABC effect. The differential distributions are in agreement with the conventional t-channel Delta-Delta excitation process, which also accounts for the observed energy dependence of the total cross section. This is an update of a previously published version -- see important note at the end of the article.

翻译：对反应pp - > dpi+pi0的排他性测量已在T_p = 1.1 GEV中进行,在使用WASA探测器的 CELSIUS 储存圈中进行。等离子体pi+pi0 频道显示,低挥发性pipi质量(即无ABC效应)没有增强。差分分布与传统T-tnel Delta-Delta Excurence 过程一致,该过程也说明了总截面的观测能量依赖性。这是对以前出版版本的更新 -- -- 见文章结尾的重要注释。

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WASA：International Conference on Wireless Algorithms, Systems, and Applications。 Explanation：无线算法、系统和应用国际会议。 Publisher：Springer。 SIT： http://dblp.uni-trier.de/db/conf/wasa/

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