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Measurement of Charged-Pion Production in Deep-Inelastic Scattering off Nuclei with the CLAS Detector

S. Moran,R. DupreJ. Zhang,Z. W. Zhao

Physical review C(2022)

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Cited 13|Views110
Abstract
S. Morán,1, 3 R. Dupre,2 H. Hakobyan,1, 52 M. Arratia,3 W.K. Brooks,1 A. Bórquez,1 A. El Alaoui,1 L. El Fassi,4, 5 K. Hafidi,5 R. Mendez,1 T. Mineeva,1 S.J. Paul,3 M.J. Amaryan,36 Giovanni Angelini,19 Whitney R. Armstrong,5 H. Atac,43 N.A. Baltzell,44 L. Barion,20 M. Bashkanov,49 M. Battaglieri,44, 22 I. Bedlinskiy,31 Fatiha Benmokhtar,14 A. Bianconi,46, 26 L. Biondo,22, 25, 47 A.S. Biselli,15, 8 F. Bossù,10 S. Boiarinov,44 W.J. Briscoe,19 D. Bulumulla,36 V.D. Burkert,44 D.S. Carman,44 P. Chatagnon,2 V. Chesnokov,41 T. Chetry,4 G. Ciullo,20, 16 P.L. Cole,30, 9, 44 M. Contalbrigo,20 G. Costantini,46, 26 A. D’Angelo,23, 40 N. Dashyan,52 R. De Vita,22 M. Defurne,10 A. Deur,44 S. Diehl,37, 12 C. Djalali,35, 42 H. Egiyan,44 L. Elouadrhiri,44 P. Eugenio,18 R. Fersch,11, 51 A. Filippi,24 G. Gavalian,44, 32 Y. Ghandilyan,52 G.P. Gilfoyle,39 A.A. Golubenko,41 R.W. Gothe,42 K.A. Griffioen,51 M. Guidal,2 M. Hattawy,36 F. Hauenstein,36 T.B. Hayward,12 D. Heddle,11, 44 K. Hicks,35 A. Hobart,2 M. Holtrop,32 Y. Ilieva,42 D.G. Ireland,48 E.L. Isupov,41 H.S. Jo,29 D. Keller,50 A. Khanal,17 M. Khandaker,34, ∗ W. Kim,29 F.J. Klein,9 A. Kripko,37 V. Kubarovsky,44, 38 S.E. Kuhn,36 L. Lanza,23 M. Leali,46, 26 P. Lenisa,20, 16 K. Livingston,48 I .J .D. MacGregor,48 D. Marchand,2 L. Marsicano,22 V. Mascagna,45, 26 B. McKinnon,48 C. McLauchlin,42 Z.E. Meziani,5 S. Migliorati,46, 26 M. Mirazita,21 V. Mokeev,44, 41 C. Munoz Camacho,2 P. Nadel-Turonski,44 K. Neupane,42 S. Niccolai,2 G. Niculescu,28 T. R. O’Connell,12 M. Osipenko,22 A.I. Ostrovidov,18 M. Ouillon,2 P. Pandey,36 M. Paolone,33 L.L. Pappalardo,20, 16 E. Pasyuk,44 W. Phelps,11, 19 O. Pogorelko,31 J. Poudel,36 J.W. Price,6 Y. Prok,36, 50 B.A. Raue,17 Trevor Reed,17 M. Ripani,22 J. Ritman,27 A. Rizzo,23, 40 G. Rosner,48 J. Rowley,35 F. Sabatié,10 C. Salgado,34 A. Schmidt,19 R.A. Schumacher,8 Y.G. Sharabian,44 E.V. Shirokov,41 U. Shrestha,12 D. Sokhan,10, 48 O. Soto,21 N. Sparveris,43 S. Stepanyan,44 I.I. Strakovsky,19 S. Strauch,42, 19 R. Tyson,48 M. Ungaro,44, 38 L. Venturelli,46, 26 H. Voskanyan,52 A. Vossen,13, 44 E. Voutier,2 D.P. Watts,49 Kevin Wei,12 X. Wei,44 L.B. Weinstein,36 R. Wishart,48 M.H. Wood,7, 42 B. Yale,51 N. Zachariou,49 J. Zhang,50 and Z.W. Zhao13
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要点】:本文利用CLAS探测器研究了核子深度非弹性散射中带电π介子产生的过程,发现核效应显著影响π介子产额,为核子结构研究提供了新的视角。

方法】:作者通过分析电子与核子碰撞产生的带电π介子,运用动量转移和质心能量等参数,研究了π介子产生过程中的核效应。

实验】:实验使用CLAS探测器在 Jefferson 实验室进行,数据集名称未明确提及,但根据文中的描述,实验涉及多种核子靶材料,并获得了丰富的π介子产生数据,证实了核效应的存在。