- Main
Direct measurement of B(D0→φX0) and B(D+→φX+)
- Bai, JZ;
- Ban, Y;
- Bian, JG;
- Blum, I;
- Chen, GP;
- Chen, HF;
- Chen, J;
- Chen, JC;
- Chen, Y;
- Chen, YB;
- Chen, YQ;
- Cheng, BS;
- Cui, XZ;
- Ding, HL;
- Dong, LY;
- Du, ZZ;
- Dunwoodie, W;
- Gao, CS;
- Gao, ML;
- Gao, SQ;
- Gratton, P;
- Gu, JH;
- Gu, SD;
- Gu, WX;
- Gu, YF;
- Guo, YN;
- Guo, ZJ;
- Han, SW;
- Han, Y;
- Harris, FA;
- He, J;
- He, JT;
- He, KL;
- He, M;
- Heng, YK;
- Hitlin, DG;
- Hu, GY;
- Hu, HM;
- Hu, JL;
- Hu, QH;
- Hu, T;
- Hu, XQ;
- Huang, YZ;
- Huang, GS;
- Izen, JM;
- Jiang, CH;
- Jin, Y;
- Jones, BD;
- Ju, X;
- Ke, ZJ;
- Kelsey, MH;
- Kim, BK;
- Kong, D;
- Lai, YF;
- Lang, PF;
- Lankford, A;
- Li, CG;
- Li, D;
- Li, HB;
- Li, J;
- Li, JC;
- Li, PQ;
- Li, RB;
- Li, W;
- Li, WG;
- Li, XH;
- Li, XN;
- Liu, HM;
- Liu, J;
- Liu, RG;
- Liu, Y;
- Lou, XC;
- Lowery, B;
- Lu, F;
- Lu, JG;
- Luo, XL;
- C., E;
- M., J;
- Malchow, R;
- Mandelkern, M;
- Mao, HS;
- Mao, ZP;
- Meng, XC;
- Nie, J;
- Olsen, SL;
- Oyang, J;
- Paluselli, D;
- Pan, LJ;
- Panetta, J;
- Porter, F;
- Qi, ND;
- Qi, XR;
- Qian, CD;
- Qiu, JF;
- Qu, YH;
- Que, YK;
- Rong, G;
- Schernau, M;
- Schmid, B;
- Schultz, J;
- Shao, YY;
- Shen, BW;
- Shen, DL;
- Shen, H;
- Shen, XY;
- Sheng, HY;
- Shi, HZ;
- Song, XF;
- Standifird, J;
- Stoker, D;
- Sun, F;
- Sun, HS;
- Sun, Y;
- Sun, YZ;
- Tang, SQ;
- Toki, W;
- Tong, GL;
- Varner, GS;
- Wang, F;
- Wang, LS;
- Wang, LZ;
- Wang, M;
- Wang, P;
- Wang, PL;
- Wang, SM;
- Wang, TJ;
- Wang, YY;
- Weaver, M;
- Wei, CL;
- Wu, N;
- Wu, YG;
- Xi, DM;
- Xia, XM;
- Xie, PP;
- Xie, Y;
- Xie, YH;
- Xu, GF;
- Xue, ST;
- Yan, J;
- Yan, WG;
- Yang, CM;
- Yang, CY;
- Yang, HX;
- Yang, J;
- Yang, W;
- Yang, XF;
- Ye, MH;
- Ye, SW;
- Ye, YX;
- Yu, CS;
- Yu, CX;
- Yu, GW;
- Yu, YH;
- Yu, ZQ;
- Yuan, CZ;
- Yuan, Y;
- Zhang, BY;
- Zhang, C;
- Zhang, CC;
- Zhang, DH;
- Zhang, Dehong;
- Zhang, HL;
- Zhang, J;
- Zhang, JW;
- Zhang, L;
- Zhang, LS;
- Zhang, P;
- Zhang, QJ;
- Zhang, SQ;
- Zhang, XY;
- Zhang, YY;
- Zhao, DX;
- Zhao, HW;
- Zhao, Jiawei;
- Zhao, JW;
- Zhao, M;
- Zhao, WR;
- Zhao, ZG;
- Zheng, JP;
- Zheng, LS;
- Zheng, ZP;
- Zhou, BQ;
- Zhou, GP;
- Zhou, HS;
- Zhou, L;
- Zhu, KJ;
- Zhu, QM;
- Zhu, YC;
- Zhu, YS;
- Zhuang, BA
- et al.
Abstract
The first measurement of (Formula presented) and an upper limit for (Formula presented) are determined from 22.3 (Formula presented) of (Formula presented) annihilation data at a c.m. energy of 4.03 GeV. The data were recorded by the Beijing Spectrometer (BES) at BEPC. A recoil charge method is applied to charm threshold data to determine the charge of the D meson in the recoil from (Formula presented) reconstructed (Formula presented) (Formula presented) mesons. The branching fractions (Formula presented) and (Formula presented) are determined from 10 events with a reconstructed D and a recoiling (Formula presented) In addition, a 90% C.L. upper limit of (Formula presented) is determined from a search for semileptonic decays of the (Formula presented) © 2000 The American Physical Society.
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Main Content
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