Ablikim, M; Achasov, MN; Ai, XC; Albayrak, O; Albrecht, M; Ambrose, DJ; An, FF; An, Q; Bai, JZ; Ferroli, R Baldini; Ban, Y; Bennett, JV; Bertani, M; Bian, JM; Boger, E; Bondarenko, O; Boyko, I; Braun, S; Briere, RA; Cai, H; Cai, X; Cakir, O; Calcaterra, A; Cao, GF; Cetin, SA; Chang, JF; Chelkov, G; Chen, G; Chen, HS; Chen, JC; Chen, ML; Chen, SJ; Chen, X; Chen, XR; Chen, YB; Cheng, HP; Chu, XK; Chu, YP; Cronin-Hennessy, D; Dai, HL; Dai, JP; Dedovich, D; Deng, ZY; Denig, A; Denysenko, I; Destefanis, M; Ding, WM; Ding, Y; Dong, C; Dong, J; Dong, LY; Dong, MY; Du, SX; Fan, JZ; Fang, J; Fang, SS; Fang, Y; Fava, L; Feng, CQ; Fu, CD; Fuks, O; Gao, Q; Gao, Y; Geng, C; Goetzen, K; Gong, WX; Gradl, W; Greco, M; Gu, MH; Gu, YT; Guan, YH; Guo, AQ; Guo, LB; Guo, T; Guo, YP; Han, YL; Harris, FA; He, KL; He, M; He, ZY; Held, T; Heng, YK; Hou, ZL; Hu, C; Hu, HM

doi:10.1103/physrevd.89.052001

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Amplitude analysis of the D+→KS0π+π0 Dalitz plot

2014

Ablikim, M;
Achasov, MN;
Ai, XC;
Albayrak, O;
Albrecht, M;
Ambrose, DJ;
An, FF;
An, Q;
Bai, JZ;
Ferroli, R Baldini;
Ban, Y;
Bennett, JV;
Bertani, M;
Bian, JM;
Boger, E;
Bondarenko, O;
Boyko, I;
Braun, S;
Briere, RA;
Cai, H;
Cai, X;
Cakir, O;
Calcaterra, A;
Cao, GF;
Cetin, SA;
Chang, JF;
Chelkov, G;
Chen, G;
Chen, HS;
Chen, JC;
Chen, ML;
Chen, SJ;
Chen, X;
Chen, XR;
Chen, YB;
Cheng, HP;
Chu, XK;
Chu, YP;
Cronin-Hennessy, D;
Dai, HL;
Dai, JP;
Dedovich, D;
Deng, ZY;
Denig, A;
Denysenko, I;
Destefanis, M;
Ding, WM;
Ding, Y;
Dong, C;
Dong, J;
Dong, LY;
Dong, MY;
Du, SX;
Fan, JZ;
Fang, J;
Fang, SS;
Fang, Y;
Fava, L;
Feng, CQ;
Fu, CD;
Fuks, O;
Gao, Q;
Gao, Y;
Geng, C;
Goetzen, K;
Gong, WX;
Gradl, W;
Greco, M;
Gu, MH;
Gu, YT;
Guan, YH;
Guo, AQ;
Guo, LB;
Guo, T;
Guo, YP;
Han, YL;
Harris, FA;
He, KL;
He, M;
He, ZY;
Held, T;
Heng, YK;
Hou, ZL;
Hu, C;
Hu, HM;
Hu, JF;
Hu, T;
Huang, GM;
Huang, GS;
Huang, HP;
Huang, JS;
Huang, L;
Huang, XT;
Huang, Y;
Hussain, T;
Ji, CS;
Ji, Q;
Ji, QP;
Ji, XB;
Ji, XL;
Jiang, LL;
Jiang, LW;
Jiang, XS;
Jiao, JB;
Jiao, Z;
Jin, DP;
Jin, S;
Johansson, T;
Kalantar-Nayestanaki, N;
Kang, XL;
Kang, XS;
Kavatsyuk, M;
Kloss, B;
Kopf, B;
Kornicer, M;
Kuehn, W;
Kupsc, A;
Lai, W;
Lange, JS;
Lara, M;
Larin, P;
Leyhe, M;
Li, CH;
Li, Cheng;
Li, Cui;
Li, D;
Li, DM;
Li, F;
Li, G;
Li, HB;
Li, JC;
Li, K;
Li, K;
Li, Lei;
Li, PR;
Li, QJ;
Li, T;
Li, WD;
Li, WG;
Li, XL;
Li, XN;
Li, XQ;
Li, ZB;
Liang, H;
Liang, YF;
Liang, YT;
Lin, DX;
Liu, BJ;
Liu, CL;
Liu, CX;
Liu, FH;
Liu, Fang;
Liu, Feng;
Liu, HB;
Liu, HH;
Liu, HM;
Liu, J;
Liu, JP;
Liu, K;
Liu, KY;
Liu, PL;
Liu, Q;
Liu, SB;
Liu, X;
Liu, YB;
Liu, ZA;
Liu, Zhiqiang;
Liu, Zhiqing;
Loehner, H;
Lou, XC;
Lu, GR;
Lu, HJ;
Lu, HL;
Lu, JG;
Lu, XR;
Lu, Y;
Lu, YP;
Luo, CL;
Luo, MX;
Luo, T;
Luo, XL;
Lv, M;
C., F;
L., H;
M., Q;
Ma, S;
Ma, T;
Y., X;
Maas, FE;
Maggiora, M;
Malik, QA;
Mao, YJ;
Mao, ZP;
Messchendorp, JG;
Min, J;
Min, TJ;
Mitchell, RE;
Mo, XH;
Mo, YJ;
Moeini, H;
Morales, C Morales;
Moriya, K;
Muchnoi, N Yu;
Muramatsu, H;
Nefedov, Y;
Nikolaev, IB;
Ning, Z;
Nisar, S;
Niu, XY;
Olsen, SL;
Ouyang, Q;
Pacetti, S;
Pelizaeus, M;
Peng, HP;
Peters, K;
Ping, JL;
Ping, RG;
Poling, R;
Qin, N;
Qi, M;
Qian, S;
Qiao, CF;
Qin, LQ;
Qin, XS;
Qin, Y;
Qin, ZH;
Qiu, JF;
Rashid, KH;
Redmer, CF;
Ripka, M;
Rong, G;
Ruan, XD;
Sarantsev, A;
Schoenning, K;
Schumann, S;
Shan, W;
Shao, M;
Shen, CP;
Shen, XY;
Sheng, HY;
Shepherd, MR;
Song, WM;
Song, XY;
Spataro, S;
Spruck, B;
Sun, GX;
Sun, JF;
Sun, SS;
Sun, YJ;
Sun, YZ;
Sun, ZJ;
Sun, ZT;
Tang, CJ;
Tang, X;
Tapan, I;
Thorndike, EH;
Toth, D;
Ullrich, M;
Uman, I;
Varner, GS;
Wang, B;
Wang, D;
Wang, DY;
Wang, K;
Wang, LL;
Wang, LS;
Wang, M;
Wang, P;
Wang, PL;
Wang, QJ;
Wang, SG;
Wang, W;
Wang, XF;
Wang, YD;
Wang, YF;
Wang, YQ;
Wang, Z;
Wang, ZG;
Wang, ZH;
Wang, ZY;
Wei, DH;
Wei, JB;
Weidenkaff, P;
Wen, SP;
Werner, M;
Wiedner, U;
Wolke, M;
Wu, LH;
Wu, N;
Wu, Z;
Xia, LG;
Xia, Y;
Xiao, D;
Xiao, ZJ;
Xie, YG;
Xiu, QL;
Xu, GF;
Xu, L;
Xu, QJ;
Xu, QN;
Xu, XP;
Xue, Z;
Yan, L;
Yan, WB;
Yan, WC;
Yan, YH;
Yang, HX;
Yang, L;
Yang, Y;
Yang, YX;
Ye, H;
Ye, M;
Ye, MH;
Yu, BX;
Yu, CX;
Yu, HW;
Yu, JS;
Yu, SP;
Yuan, CZ;
Yuan, WL;
Yuan, Y;
Zafar, AA;
Zallo, A;
Zang, SL;
Zeng, Y;
Zhang, BX;
Zhang, BY;
Zhang, C;
Zhang, CB;
Zhang, CC;
Zhang, DH;
Zhang, HH;
Zhang, HY;
Zhang, JJ;
Zhang, JQ;
Zhang, JW;
Zhang, JY;
Zhang, JZ;
Zhang, SH;
Zhang, XJ;
Zhang, XY;
Zhang, Y;
Zhang, YH;
Zhang, ZH;
Zhang, ZP;
Zhang, ZY;
Zhao, G;
Zhao, JW;
Zhao, Lei;
Zhao, Ling;
Zhao, MG;
Zhao, Q;
Zhao, QW;
Zhao, SJ;
Zhao, TC;
Zhao, XH;
Zhao, YB;
Zhao, ZG;
Zhemchugov, A;
Zheng, B;
Zheng, JP;
Zheng, YH;
Zhong, B;
Zhou, L;
Zhou, Li;
Zhou, X;
Zhou, XK;
Zhou, XR;
Zhou, XY;
Zhu, K;
Zhu, KJ;
Zhu, XL;
Zhu, YC;
Zhu, YS;
Zhu, ZA;
Zhuang, J;
Zou, BS;
Zou, JH
et al.

Published Web Location

https://doi.org/10.1103/physrevd.89.052001

Creative Commons 'BY' version 4.0 license

Abstract

We perform an analysis of the D+→ K0Sπ+π0 Dalitz plot using a data set of 2.92 fb-1 of e+e- collisions at the ψ(3770) mass accumulated by the BESIII experiment, in which 166694 candidate events are selected with a background of 15.1%. The Dalitz plot is found to be well represented by a combination of six quasitwo- body decay channels [K0Sρ+, K0Sρ(1450)+, K∗0π+, K0 (1430)0π+, K (1680)0π+, κ0π+] plus a small nonresonant component. Using the fit fractions from this analysis, partial branching ratios are updated with higher precision than previous measurements.

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Amplitude analysis of the D+→KS0π+π0 Dalitz plot

Published Web Location