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Final SeaQuest Results on the Flavor Asymmetry of the Proton Light-Quark Sea with Proton-Induced Drell-Yan Process
- Leung, CH;
- Dove, J;
- Nagai, K;
- Nakano, K;
- Prasad, S;
- Tadepalli, AS;
- Aidala, CA;
- Arrington, J;
- Ayuso, C;
- Barker, CL;
- Chang, WC;
- Chen, A;
- Christian, DC;
- Dannowitz, BP;
- El Fassi, L;
- Geesaman, DF;
- Gilman, R;
- Goto, Y;
- Guo, RS;
- Guo, L;
- Hague, TJ;
- Holt, RJ;
- Hossain, MF;
- Isenhower, LD;
- Kinney, ER;
- Klein, A;
- Kleinjan, D;
- Lin, P-J;
- Liu, K;
- Liu, MX;
- Lorenzon, W;
- McClellan, RE;
- McGaughey, PL;
- Medeiros, MM;
- Miyachi, Y;
- Miyasaka, S;
- Morton, DH;
- Nakahara, K;
- Peng, JC;
- Puckett, AJR;
- Pun, A;
- Ramson, BJ;
- Reimer, PE;
- Rubin, JG;
- Sanftl, F;
- Sawada, S;
- Sawada, T;
- Scott, MBC;
- Shibata, T-A;
- Su, D-S;
- Teo, M;
- Towell, R;
- Uemura, S;
- Wang, SG;
- Wu, J;
- Wuerfel, N;
- Ye, ZH
Abstract
The Fermilab E906/SeaQuest collaboration performed measurements of the Drell-Yan process using 120 GeV proton beams bombarding liquid hydrogen and liquid deuterium targets. A combined analysis of all collected data was performed to obtain the final results for the σ_{pd}/2σ_{pp} Drell-Yan cross section ratio covering the kinematic region of 0.13
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