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Results: 1-25 | 26-39
Results: 1-25/39
Very low-field emission from aligned and opened carbon nanotube arrays
Authors: Pan, ZW Au, FCK Lai, HL Zhou, WY Sun, LF Liu, ZQ Tang, DS Lee, CS Lee, ST Xie, SS
Citation: Zw. Pan et al., Very low-field emission from aligned and opened carbon nanotube arrays, J PHYS CH B, 105(8), 2001, pp. 1519-1522
Low-complexity bit-parallel systolic architecture for computing AB(2)+C ina class of finite field GF(2(m))
Authors: Lee, CY Lu, EH Sun, LF
Citation: Cy. Lee et al., Low-complexity bit-parallel systolic architecture for computing AB(2)+C ina class of finite field GF(2(m)), IEEE CIR-II, 48(5), 2001, pp. 519-523
Investigations of prussian blue films using surface plasmon resonance
Authors: Brennan, CB Sun, LF Weber, SG
Citation: Cb. Brennan et al., Investigations of prussian blue films using surface plasmon resonance, SENS ACTU-B, 72(1), 2001, pp. 1-10
Synthesis of alpha-SiO2 nanowires using Au nanoparticle catalysts on a silicon substrate
Authors: Liu, ZQ Xie, SS Sun, LF Tang, DS Zhou, WY Wang, CY Liu, W Li, YB Zou, XP Wang, G
Citation: Zq. Liu et al., Synthesis of alpha-SiO2 nanowires using Au nanoparticle catalysts on a silicon substrate, J MATER RES, 16(3), 2001, pp. 683-686
Measurement of psi(2S) decays to baryon pairs - art. no. 032002
Authors: Bai, JZ Ban, Y Bian, JG Blum, I Chen, AD Chen, GP Chen, HF Chen, HS Chen, J Chen, JC Chen, XD Chen, Y Chen, YB Cheng, BS Choi, JB Cui, XZ Ding, HL Dong, LY Du, ZZ Dunwoodie, W Gao, CS Gao, ML Gao, SQ Gratton, P Gu, JH Gu, SD Gu, WX 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 Huang, GS Huang, XP Huang, YZ Izen, JM Jiang, CH Jin, Y Jones, BD Ju, X Kang, JS Ke, ZJ Kelsey, MH Kim, BK Kim, HJ Kim, SK Kim, TY Kong, D Lai, YF Lang, PF Lankford, A Li, CG Li, D Li, HB Li, J Li, JC Li, PQ Li, W Li, WG Li, XH Li, XN Li, XQ Li, ZC Liu, B Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Lou, XC Lowery, B Lu, GR Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Malchow, R Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Olsen, SL Oyang, J Paluselli, D Pan, LJ Panetta, J Park, H Porter, F Qi, ND Qi, XR Qian, CD Qiu, JF Qu, YH Que, YK Rong, G Schernau, M Shao, YY Shen, BW Shen, DL Shen, H Shen, HY Shen, XY Shi, F Shi, HZ Song, XF Standifird, J Suh, JY Sun, HS Sun, LF Sun, YZ Tang, SQ Toki, W Tong, GL Varner, GS Wang, F Wang, L Wang, LS Wang, LZ Wang, P Wang, PL Wang, SM Wang, YY Wang, ZY Weaver, M Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, Y Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CM Yang, CY Yang, HX 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, DH Zhang, HL Zhang, J Zhang, JW Zhang, L Zhang, L Zhang, LS Zhang, P Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhou, BQ Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhu, ZA Zhuang, BA
Citation: Jz. Bai et al., Measurement of psi(2S) decays to baryon pairs - art. no. 032002, PHYS REV D, 6303(3), 2001, pp. 2002
Study of N production from J/psi -> p(p)over-bar eta
Authors: Bai, JZ Ban, Y Bian, JG Chang, JF Chen, AD Chen, HF Chen, HS Chen, JC Chen, XD Chen, YB Cheng, BS Chi, SP Chu, YP Chui, XZ Dai, YS Dong, LY Du, ZZ Fu, HY Fu, LP Gao, CS Gu, SD Guo, YN Guo, ZJ Han, SW Han, Y He, J He, JT He, KL He, M He, X Hong, T Heng, YK Hu, GY Hu, HM Hu, QH Hu, T Huang, GS Huang, XP Huang, YZ Ji, XB Jiang, CH Jin, Y Ke, ZJ Lai, YF Li, D Li, HB Li, HH Li, J Li, JC Li, PQ Li, QJ Li, RY Li, W Li, WG Li, XN Li, XQ Liu, B Liu, F Liu, F Liu, HM Liu, J Liu, JP Liu, TR Liu, RG Liu, Y Liu, ZX Lu, GR Lu, F Lu, JG Lu, ZJ Luo, XL Ma, EC Ma, FC Ma, JM Mao, ZP Meng, XC Mo, XH Nie, J Nie, ZD Qi, ND Qi, XR Qian, CD Qiu, JF Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, XY Sheng, HY Shi, F Shi, HZ Song, XF Sun, HS Sun, LF Sun, YZ Tang, SQ Tang, X Tong, GL Wang, J Wang, JZ Wang, L Wang, LS Wang, M Wang, M Wang, P Wang, PL Wang, SM Wang, WF Wang, YY Wang, ZY Wei, CL Wu, N Xi, DM Xia, XM Xie, XX Xu, GF Xu, Y Xue, ST Yan, ML Yan, WB Yan, WG Yang, CM Yang, CY Yang, GA Yang, HX Yang, XF Ye, MH Ye, SW Ye, YX Yu, CS Yu, CX Yu, GW Yuan, Y Zeng, Y Zhang, BY Zhang, CC Zhang, DH Zhang, HL Zhang, HY Zhang, J Zhang, JW Zhang, L Zhang, LS Zhang, P Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhang, ZP Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, PP Zhao, WR Zhao, YB Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhong, XC Zhou, BQ Zhou, GM Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhu, ZA Zhuang, BA Zou, BS Chiang, HC Peng, GX Wang, JX Zhu, JJ
Citation: Jz. Bai et al., Study of N production from J/psi -> p(p)over-bar eta, PHYS LETT B, 510(1-4), 2001, pp. 75-82
BES II error matrix correction on charged channel
Authors: Hong, T Lu, F Zhang, CC Tong, GL Shen, XY Mao, ZP Li, WG Sun, LF Bian, JG Wang, J Yu, GW Yuan, JM
Citation: T. Hong et al., BES II error matrix correction on charged channel, HIGH EN P N, 25(7), 2001, pp. 607-616
Measurement of production cross section of Ds+Ds- in e(+)e(-) annihilationat the center-of-mass energy of root s=4.03GeV
Authors: Bai, JZ Ban, Y Bian, JG Chen, AD Chen, GP Chen, HF Chen, HS Chen, JC Chen, XD Chen, Y Chen, YB Cheng, BS Cui, XZ Ding, HL Dong, LY Du, ZZ Gao, CS Gao, ML Gao, SQ Gu, JH Gu, SD Gu, WX Guo, ZJ Guo, YN Han, SW Han, Y He, JT He, J He, KL He, M Heng, YK Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Huang, XP Huang, GS Huang, YZ Jiang, CH Jin, Y Ju, X Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, JC Li, J Li, PQ Li, W Li, WG Li, XN Li, XH Li, XQ Li, ZC Liu, B Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Liu, F Lu, GR Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Qi, ND Qi, XR Qian, CD Qu, YH Qui, JF Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, XY Sheng, HY Shi, F Shi, HZ Song, XF Sun, HS Sun, LF Sun, YZ Tang, SQ Tong, GL Wang, F Wang, L Wang, LZ Wang, LS Wang, PL Wang, P Wang, SM Wang, YY Wang, ZY Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CY Yang, CM Yang, HX 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, CC Zhang, C Zhang, DH Zhang, DH Zhang, HL Zhang, J Zhang, JW Zhang, LS Zhang, L Zhang, L Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhang, P Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhou, BQ Zhou, L Zhu, KJ Zhu, QM Zhu, YS Zhu, YC Zhu, ZA Zhuang, BA
Citation: Jz. Bai et al., Measurement of production cross section of Ds+Ds- in e(+)e(-) annihilationat the center-of-mass energy of root s=4.03GeV, HIGH EN P N, 25(6), 2001, pp. 465-475
Dendritic cells support hematopoiesis of bone marrow cells
Authors: Wang, QX Zhang, WP Ding, GS Sun, LF Chen, GY Cao, XT
Citation: Qx. Wang et al., Dendritic cells support hematopoiesis of bone marrow cells, TRANSPLANT, 72(5), 2001, pp. 891-899
Catalytic synthesis of straight silicon nanowires over Fe containing silica gel substrates by chemical vapor deposition
Authors: Liu, ZQ Xie, SS Zhou, WY Sun, LF Li, YB Tang, DS Zou, XP Wang, CY Wang, G
Citation: Zq. Liu et al., Catalytic synthesis of straight silicon nanowires over Fe containing silica gel substrates by chemical vapor deposition, J CRYST GR, 224(3-4), 2001, pp. 230-234
Growth of amorphous silicon nanowires
Authors: Liu, ZQ Zhou, WY Sun, LF Tang, DS Zou, XP Li, YB Wang, CY Wang, G Xie, SS
Citation: Zq. Liu et al., Growth of amorphous silicon nanowires, CHEM P LETT, 341(5-6), 2001, pp. 523-528
Growth of carbon nanotube arrays using the existing array as a substrate and their Raman characterization
Authors: Sun, LF Liu, ZQ Ma, XC Zhong, ZY Tang, SB Xiong, ZT Tang, DS Zhou, WY Zou, XP Li, YB Tan, KL Xie, SS Lin, JY
Citation: Lf. Sun et al., Growth of carbon nanotube arrays using the existing array as a substrate and their Raman characterization, CHEM P LETT, 340(3-4), 2001, pp. 222-226
Growth of carbon nanofibers array under magnetic force by chemical vapor deposition
Authors: Sun, LF Liu, ZQ Ma, XC Tang, DS Zhou, WY Zou, XP Li, YB Lin, JY Tan, KL Xie, SS
Citation: Lf. Sun et al., Growth of carbon nanofibers array under magnetic force by chemical vapor deposition, CHEM P LETT, 336(5-6), 2001, pp. 392-396
AuPd catalytic nanoparticle size effect on the formation of amorphous silicon nanowires
Authors: Liu, ZQ Sun, LF Tang, DS Zhou, WY Li, YB Zou, XP Wang, G
Citation: Zq. Liu et al., AuPd catalytic nanoparticle size effect on the formation of amorphous silicon nanowires, CHIN PHYS, 9(10), 2000, pp. 774-777
Preparation of very long and open aligned carbon nanotubes
Authors: Pan, ZW Chang, BH Sun, LF Qian, LX Liu, ZQ Tang, DS Wang, G Xie, SS
Citation: Zw. Pan et al., Preparation of very long and open aligned carbon nanotubes, SCI CHINA A, 43(2), 2000, pp. 210-216
Carbon nanotube arrays
Authors: Xie, SS Li, WZ Pan, ZW Chang, BH Sun, LF
Citation: Ss. Xie et al., Carbon nanotube arrays, MAT SCI E A, 286(1), 2000, pp. 11-15
Behavior of carbon nanotubes under high pressure and high temperature
Authors: Tang, DS Chen, LC Wang, LJ Sun, LF Liu, ZQ Wang, G Zhou, WY Xie, SS
Citation: Ds. Tang et al., Behavior of carbon nanotubes under high pressure and high temperature, J MATER RES, 15(2), 2000, pp. 560-563
Measurement of the mass and full width of the eta(c) meson - art. no. 072001
Authors: Bai, JZ Ban, Y Bian, JG Blum, I Chen, AD Chen, GP Chen, HF Chen, HS Chen, J Chen, JC Chen, XD Chen, Y Chen, YB Cheng, BS Choi, JB Cui, XZ Ding, HL Dong, LY Du, ZZ Dunwoodie, W Gao, CS Gao, ML Gao, SQ Gratton, P Gu, JH Gu, SD Gu, WX 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 Huang, GS Huang, XP Huang, YZ Izen, JM Jiang, CH Jin, Y Jones, BD Ju, X Kang, JS Ke, ZJ Kelsey, MH Kim, BK Kim, HJ Kim, SK Kim, TY Kong, D Lai, YF Lang, PF Lankford, A Li, CG Li, D Li, HB Li, J Li, JC Li, PQ Li, W Li, WG Li, XH Li, XN Li, XQ Li, ZC Liu, B Liu, F Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Lou, XC Lowery, B Lu, GR Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Malchow, R Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Olsen, SL Oyang, J Paluselli, D Pan, LJ Panetta, J Park, H Porter, F Qi, ND Qi, XR Qian, CD Qiu, JF Qu, YH Que, YK Rong, G Schernau, M Shao, YY Shen, BW Shen, DL Shen, H Shen, HY Shen, XY Shi, F Shi, HZ Song, XF Standifird, J Suh, JY Sun, HS Sun, LF Sun, YZ Tang, SQ Toki, W Tong, GL Varner, GS Wang, F Wang, L Wang, LS Wang, LZ Wang, P Wang, PL Wang, SM Wang, YY Wang, ZY Weaver, M Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, Y Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CM Yang, CY Yang, HX 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, DH Zhang, HL Zhang, J Zhang, JW Zhang, L Zhang, L Zhang, LS Zhang, P Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, YH Zheng, ZP Zhou, BQ Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhu, ZA Zhuang, BA
Citation: Jz. Bai et al., Measurement of the mass and full width of the eta(c) meson - art. no. 072001, PHYS REV D, 6207(7), 2000, pp. 2001
Partial wave analysis of J/psi ->gamma(K(+/-)K-s(0)pi(-/+))
Authors: Bai, JZ Ban, Y Bian, JG Chen, AD Chen, GP Chen, HF Chen, HS Chen, JC Chen, XD Chen, Y Chen, YB Cheng, BS Cui, XZ Ding, HL Dong, LY Du, ZZ Gao, CS Gao, ML Gao, SQ Gu, JH Gu, SD Gu, WX Guo, YN Guo, ZJ Han, SW Han, Y He, J He, JT He, KL He, M Heng, YK Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Huang, GS Huang, XP Huang, YZ Jiang, CH Jin, Y Ju, X Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, J Li, JC Li, PQ Li, W Li, WG Li, XH Li, XN Li, XQ Li, ZC Liu, B Liu, F Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Lu, GR Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Qi, ND Qi, XR Qian, CD Qiu, JF Qu, YH Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, HY Shen, XY Shi, F Shi, HZ Song, XF Sun, HS Sun, LF Sun, YZ Tang, SQ Tong, GL Wang, F Wang, L Wang, LS Wang, LZ Wang, P Wang, PL Wang, SM Wang, YY Wang, ZY Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, Y Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CM Yang, CY Yang, HX 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, DH Zhang, HL Zhang, J Zhang, JW Zhang, L Zhang, L Zhang, LS Zhang, P Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhou, BQ Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhu, ZA Zhuang, BA Bugg, DV Zou, BS
Citation: Jz. Bai et al., Partial wave analysis of J/psi ->gamma(K(+/-)K-s(0)pi(-/+)), PHYS LETT B, 476(1-2), 2000, pp. 25-32
Partial wave analysis of J/psi -> gamma(K+K-pi(+)pi(-))
Authors: Bai, JZ Ban, Y Bian, JG Chen, AD Chen, GP Chen, HF Chen, HS Chen, JC Chen, XD Chen, Y Chen, YB Cheng, BS Cui, XZ Ding, HL Dong, LY Du, ZZ Gao, CS Gao, ML Gao, SQ Gu, JH Gu, SD Gu, WX Guo, YN Guo, ZJ Han, SW Han, Y He, J He, JT He, KL He, M Heng, YK Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Huang, GS Huang, XP Huang, YZ Jiang, CH Jin, Y Ju, X Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, J Li, JC Li, PQ Li, W Li, WG Li, XH Li, XN Li, XQ Li, ZC Liu, B Liu, F Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Lu, GR Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Qi, ND Qi, XR Qian, CD Qiu, JF Qu, YH Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, HY Shen, XY Shi, F Shi, HZ Song, XF Sun, HS Sun, LF Sun, YZ Tang, SQ Tong, GL Wang, F Wang, L Wang, LS Wang, LZ Wang, P Wang, PL Wang, SM Wang, YY Wang, ZY Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, Y Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CM Yang, CY Yang, HX 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, DH Zhang, HL Zhang, J Zhang, JW Zhang, L Zhang, L Zhang, LS Zhang, P Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhao, DX Zheng, JP Zheng, LS Zheng, ZP Zhou, BQ Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YX Zhu, ZA Zhuang, BA Bugg, DV Zou, BS
Citation: Jz. Bai et al., Partial wave analysis of J/psi -> gamma(K+K-pi(+)pi(-)), PHYS LETT B, 472(1-2), 2000, pp. 200-206
Partial wave analysis of J/psi -> gamma(pi(+)pi(-)pi(+)pi(-))
Authors: Bai, JZ Ban, Y Bian, JG Chen, AD Chen, GP Chen, HF Chen, HS Chen, JC Chen, XD Chen, Y Chen, YB Cheng, BS Cui, XZ Ding, HL Dong, LY Du, ZZ Gao, CS Gao, ML Gao, SQ Gu, JH Gu, SD Gu, WX Guo, YN Guo, ZJ Han, SW Han, Y He, J He, JT He, KL He, M Heng, YK Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Huang, GS Huang, XP Huang, YZ Jiang, CH Jin, Y Ju, X Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, J Li, JC Li, PQ Li, W Li, WG Li, XH Li, XN Li, XQ Li, ZC Liu, B Liu, F Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Lu, GR Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Qi, ND Qi, XR Qian, CD Qiu, JF Qu, YH Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, HY Shen, XY Shi, F Shi, HZ Song, XF Sun, HS Sun, LF Sun, YZ Tang, SQ Tong, GL Wang, F Wang, L Wang, LS Wang, LZ Wang, P Wang, PL Wang, SM Wang, YY Wang, ZY Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, Y Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CM Yang, CY Yang, HX 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, DH Zhang, HL Zhang, J Zhang, JW Zhang, L Zhang, L Zhang, LS Zhang, P Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhou, BQ Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhu, ZA Zhuang, BA Bugg, DV Zou, BS Scott, I
Citation: Jz. Bai et al., Partial wave analysis of J/psi -> gamma(pi(+)pi(-)pi(+)pi(-)), PHYS LETT B, 472(1-2), 2000, pp. 207-214
Offline calibration of BES II vertex chamber
Authors: Chen, GP Yuan, Y Mao, ZP Liu, J Rong, G Qiu, JF Xie, YH Sun, LF Li, PQ Zhao, HW Zhang, CC Li, WG Yan, WG
Citation: Gp. Chen et al., Offline calibration of BES II vertex chamber, HIGH EN P N, 24(12), 2000, pp. 1165-1172
Study of decay J/Psi ->gamma gamma V(rho,phi)
Authors: Bai, JZ Ban, Y Bian, JG Chen, AD Chen, GP Chen, HF Chen, HS Chen, JC Chen, XD Chen, YB Chen, BS Chu, YP Cui, XZ Ding, HL Dai, YS Dong, LY Du, ZZ Gao, CS Gao, SQ Gu, SD Guo, YN Guo, ZJ Han, SW Han, Y He, JT He, J He, KL He, M He, X Heng, YK Hong, T Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Huang, GS Huang, XP Huang, YZ Jiang, CH Jin, Y Ju, X Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, JC Li, J Li, PQ Li, QJ Li, RY Li, W Li, WG Li, XN Li, XH Li, XQ Li, ZC Liu, B Liu, F Liu, HM Liu, J Liu, JP Liu, RG Liu, Y Liu, ZX Liu, F Lu, GR Lu, F Lu, JG Lu, ZJ Luo, XL Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC Mo, XH Nie, J Nie, ZD Qi, ND Qi, XR Qian, CD Qiu, JF Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, XY Shen, HY Shi, F Shi, HZ Song, XF Sun, HS Sun, LF Sun, YZ Tang, SQ Tong, GL Wang, JZ Wang, J Wang, L Wang, LZ Wang, LS Wang, PL Wang, P Wang, SM Wang, YY Wang, ZY Wei, CL Wu, N Wu, YG Xi, DM Xia, XM Xie, XX Xie, YH Xu, GF Xue, ST Yan, WG Yang, CY Yang, CM Yang, GA Yang, HX Yang, XF Ye, MH Ye, SW Ye, YX Yu, CS Yu, CX Yu, GW Yu, ZQ Yuan, Y Zhang, BY Zhang, CC Zhang, C Zhang, DH Zhang, HL Zhang, J Zhang, JW Zhang, LS Zhang, L Zhang, L Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhang, ZP Zhang, HY Zhang, P Zhao, DX Zhao, HW Zhao, JW Zhao, JW Zhao, M Zhao, PP Zhao, WR Zhao, YB Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhou, BQ Zhou, GM Zhou, L Zhu, KJ Zhu, QM Zhu, YS Zhu, ZA Zhu, YC Zhuang, BA Zou, BS
Citation: Jz. Bai et al., Study of decay J/Psi ->gamma gamma V(rho,phi), HIGH EN P N, 24(10), 2000, pp. 892-900
Materials - Creating the narrowest carbon nanotubes
Authors: Sun, LF Xie, SS Liu, W Zhou, WY Liu, ZQ Tang, DS Wang, G Qian, LX
Citation: Lf. Sun et al., Materials - Creating the narrowest carbon nanotubes, NATURE, 403(6768), 2000, pp. 384-384
Mechanical and physical properties on carbon nanotube
Authors: Xie, SS Li, WZ Pan, ZW Chang, BH Sun, LF
Citation: Ss. Xie et al., Mechanical and physical properties on carbon nanotube, J PHYS CH S, 61(7), 2000, pp. 1153-1158
Risultati: 1-25 | 26-39