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Results: 1-25 | 26-50 | 51-55
Results: 1-25/55
A new temporal basis function for the time-domain integral equation method
Authors: Hu, JL Chan, CH Xu, YA
Citation: Jl. Hu et al., A new temporal basis function for the time-domain integral equation method, IEEE MICR W, 11(11), 2001, pp. 465-466
A modified pitch detection algorithm
Authors: Hu, JL Xu, S Chen, J
Citation: Jl. Hu et al., A modified pitch detection algorithm, IEEE COMM L, 5(2), 2001, pp. 64-66
A new control method of nonlinear systems based on impulse responses of universal learning networks
Authors: Hirasawa, K Hu, JL Murata, J Jin, CZ
Citation: K. Hirasawa et al., A new control method of nonlinear systems based on impulse responses of universal learning networks, IEEE SYST B, 31(3), 2001, pp. 362-372
Differentially expressed genes in hepatocellular carcinoma induced by woodchuck hepatitis B virus in mice
Authors: Cao, XY Liu, J Lian, ZR Clayton, M Hu, JL Zhu, MH Fan, DM Feitelson, M
Citation: Xy. Cao et al., Differentially expressed genes in hepatocellular carcinoma induced by woodchuck hepatitis B virus in mice, WORLD J GAS, 7(4), 2001, pp. 575-578
Cloning of differentially expressed genes in human hepatocellular carcinoma and nontumor liver
Authors: Cao, XY Liu, J Lian, ZR Clayton, M Hu, JL Zhu, MH Fan, DM Feitelson, M
Citation: Xy. Cao et al., Cloning of differentially expressed genes in human hepatocellular carcinoma and nontumor liver, WORLD J GAS, 7(4), 2001, pp. 579-582
Environmental research joint ventures under emission taxes
Authors: Chiou, JR Hu, JL
Citation: Jr. Chiou et Jl. Hu, Environmental research joint ventures under emission taxes, ENVIRON R E, 20(2), 2001, pp. 129-146
Improvement of generalization ability for identifying dynamical systems byusing universal learning networks
Authors: Hirasawa, K Kim, S Hu, JL Murata, J Han, M Jin, CZ
Citation: K. Hirasawa et al., Improvement of generalization ability for identifying dynamical systems byusing universal learning networks, NEURAL NETW, 14(10), 2001, pp. 1389-1404
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
Explicit solutions to three nonlinear physical models
Authors: Hu, JL
Citation: Jl. Hu, Explicit solutions to three nonlinear physical models, PHYS LETT A, 287(1-2), 2001, pp. 81-89
A new method for finding exact traveling wave solutions to nonlinear partial differential equations
Authors: Hu, JL Zhang, HL
Citation: Jl. Hu et Hl. Zhang, A new method for finding exact traveling wave solutions to nonlinear partial differential equations, PHYS LETT A, 286(2-3), 2001, pp. 175-179
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
Wavelet-based simulations of electromagnetic scattering from large-scale two-dimensional perfectly conducting random rough surfaces
Authors: Xia, MY Chan, CH Li, SQ Hu, JL Tsang, L
Citation: My. Xia et al., Wavelet-based simulations of electromagnetic scattering from large-scale two-dimensional perfectly conducting random rough surfaces, IEEE GEOSCI, 39(4), 2001, pp. 718-725
The BES upgrade
Authors: Bai, JZ Bao, HC Blum, I Chai, ZW Chen, GP Chen, HF Chen, J Chen, JC Chen, Y Chen, YB Chen, YQ Cheng, BS Chu, XM Cui, XZ Ding, HL Ding, WY Dong, LY Du, YY Du, ZZ Dunwoodie, W Fang, J Fang, WZ Gao, CS Gao, ML Gao, SQ Gratton, P Gu, JH Gu, SD Gu, WX Guo, YN Han, HG Han, SW Harris, FA Han, Y He, J He, M Heng, YK Hitlin, DG Hu, GY Hu, HB Hu, HM Hu, JL Hu, QH Hu, T Hu, XQ Huang, GS Huang, JD Huang, YZ Izen, JM Jiang, CH Jiang, YY Jin, Y Jones, BD Xu, X Ke, ZJ Kelsey, MH Kim, BK Kong, D Lai, YF Lang, PF Lankford, A Li, CG Li, F Li, HB Li, J Li, PQ Li, Q Li, RB Li, W Li, WD Li, WG Li, WH Li, XH Li, XN Liu, HM Liu, J Liu, JH Liu, J Liu, Q Liu, QJ Liu, RG Liu, Y Liu, ZX Lou, JS Lou, XC Lowery, B Lu, HY Lu, JG Luo, H Luo, SQ Luo, XL Ma, EC Ma, JM Malchow, R Mandelkern, M Mao, HS Mao, ZP Meng, XC Mo, XH Mu, LG Ni, HL Nie, J Olsen, SL Oyang, J Paluselli, D Pan, LJ Panetta, J Porter, F Qi, ND 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, SJ Sun, Y Sun, YZ Tan, YP Tang, SQ Toki, W Tong, GL Varner, GS Wan, ZR Wang, F Wang, JF Wang, L Wang, LS Wang, LZ Wang, M Wang, P Wang, PL Wang, SM Wang, TJ Wang, YY Weaver, M Wei, CL Xi, DM Xia, XM Xiao, X Xie, PP Xie, Q Xie, Y Xie, YH Xiong, WJ Xu, CC Xu, ZQ Xu, ST Yan, J Yan, WG Yang, B Yang, CM Yang, CS Yang, CY Yang, DJ Yang, GA Yang, HX Yang, J Yang, XF Yang, W Yao, WL Ye, MH Yu, CS Yu, CX Yu, YH Yu, ZQ Yuan, CZ Yuan, Y Zhang, BY Zhang, CC Zhang, DH Zhan, DH Zhang, HL Zhang, J Zhang, JW Zhang, L Zhang, L Zhang, P Zhang, QJ Zhang, SQ Zhang, Y Zhang, YY Zhao, DX Zhao, HW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, SC Zheng, ZP Zhong, CC Zhou, BQ Zho, GP Zhou, HS Zhou, L Zhou, XF Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhuang, BA
Citation: Jz. Bai et al., The BES upgrade, NUCL INST A, 458(3), 2001, pp. 627-637
A finite-volume method for contact drape simulation of woven fabrics and garments
Authors: Chen, SF Hu, JL Teng, JG
Citation: Sf. Chen et al., A finite-volume method for contact drape simulation of woven fabrics and garments, FINITE EL A, 37(6-7), 2001, pp. 513-531
Optimal simultaneous interpolation/extrapolation algorithm of electromagnetic responses in time and frequency domains
Authors: Hu, JL Chan, CH Sarkar, TK
Citation: Jl. Hu et al., Optimal simultaneous interpolation/extrapolation algorithm of electromagnetic responses in time and frequency domains, IEEE MICR T, 49(10), 2001, pp. 1725-1732
A homotopy approach to improving PEM identification of ARMAX models
Authors: Hu, JL Hirasawa, K Kumamaru, K
Citation: Jl. Hu et al., A homotopy approach to improving PEM identification of ARMAX models, AUTOMATICA, 37(9), 2001, pp. 1323-1334
Chaos control on universal learning networks
Authors: Hirasawa, K Murata, J Hu, JL Jin, CZ
Citation: K. Hirasawa et al., Chaos control on universal learning networks, IEEE SYST C, 30(1), 2000, pp. 95-104
Inhibition of cell proliferation in HCC-9204 hepatoma cells by a c-myc specific ribozyme
Authors: Cheng, J Luo, JY Zhang, XY Hu, JL Hui, HX Wang, CJ Stern, A
Citation: J. Cheng et al., Inhibition of cell proliferation in HCC-9204 hepatoma cells by a c-myc specific ribozyme, CANC GENE T, 7(3), 2000, pp. 407-412
An approximate time-domain Green's function for a microstrip structure
Authors: Xu, Y Hu, JL Chan, CH Fang, DG Chow, YL
Citation: Y. Xu et al., An approximate time-domain Green's function for a microstrip structure, MICROW OPT, 25(6), 2000, pp. 423-425
L-shaped probe-feed circularly polarized microstrip patch antenna with a cross slot
Authors: Lo, WK Hu, JL Chan, CH Luk, KM
Citation: Wk. Lo et al., L-shaped probe-feed circularly polarized microstrip patch antenna with a cross slot, MICROW OPT, 25(4), 2000, pp. 251-253
Fast solution of the time-domain integral equation using fast Fourier transformation
Authors: Hu, JL Chan, CH Xu, Y
Citation: Jl. Hu et al., Fast solution of the time-domain integral equation using fast Fourier transformation, MICROW OPT, 25(3), 2000, pp. 172-175
Circularly polarized patch antenna with an L-shaped probe fed by a microstrip line
Authors: Lo, WK Hu, JL Chan, CH Luk, KM
Citation: Wk. Lo et al., Circularly polarized patch antenna with an L-shaped probe fed by a microstrip line, MICROW OPT, 24(6), 2000, pp. 412-414
Shaped-beam pattern synthesis for base station antenna in mobile communication system
Authors: Hu, JL Chan, CH Luk, KM Lin, SM
Citation: Jl. Hu et al., Shaped-beam pattern synthesis for base station antenna in mobile communication system, MICROW OPT, 24(4), 2000, pp. 226-228
Universal learning network and its application to chaos control
Authors: Hirasawa, K Wang, XF Murata, J Hu, JL Jin, CZ
Citation: K. Hirasawa et al., Universal learning network and its application to chaos control, NEURAL NETW, 13(2), 2000, pp. 239-253
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
Risultati: 1-25 | 26-50 | 51-55