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Results: 1-25 | 26-28
Results: 1-25/28
Sulfuric acid-modified zirconia membrane for use in hydrogen separation
Authors: Gu, YF Kusakabe, K Morooka, S
Citation: Yf. Gu et al., Sulfuric acid-modified zirconia membrane for use in hydrogen separation, SEP PURIF T, 24(3), 2001, pp. 489-495
Improved analysis of theobromine and caffeine in chocolate food products formulated with cocoa powder
Authors: Caudle, AG Gu, YF Bell, LN
Citation: Ag. Caudle et al., Improved analysis of theobromine and caffeine in chocolate food products formulated with cocoa powder, FOOD RES IN, 34(7), 2001, pp. 599-603
Ratio of hadronic decay rates of J/psi and psi(2S) and the rho pi puzzle -art. no. 114019
Authors: Gu, YF Li, XH
Citation: Yf. Gu et Xh. Li, Ratio of hadronic decay rates of J/psi and psi(2S) and the rho pi puzzle -art. no. 114019, PHYS REV D, 6311(11), 2001, pp. 4019
Controlling maintenance on aluminum etch system exhaust
Authors: Sexton, S Gu, YF
Citation: S. Sexton et Yf. Gu, Controlling maintenance on aluminum etch system exhaust, SOL ST TECH, 44(10), 2001, pp. 95
Managing TEOS effluents
Authors: Gu, YF
Citation: Yf. Gu, Managing TEOS effluents, R&D MAG, 42(2), 2000, pp. 67-67
Direct measurement of B(D-omicron ->phi Chi(omicron)) and B(D+->phi Chi(+)) - art. no. 052001
Authors: 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 Ma, EC Ma, JM 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 Wan, 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, DH 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, 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
Citation: Jz. Bai et al., Direct measurement of B(D-omicron ->phi Chi(omicron)) and B(D+->phi Chi(+)) - art. no. 052001, PHYS REV D, 6205(5), 2000, pp. 2001
psi(2S) -> pi(+) pi(-) J/psi decay distributions - art. no. 032002
Authors: 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, ZJ Guo, YN 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, GS Huang, YZ 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 Ma, EC Ma, JM Malchow, R 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 Shao, YY Shen, BW Shen, DL Shen, H Shen, XY Sheng, HY Shi, HZ Song, XF Standifird, J 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, DH 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, JW 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
Citation: Jz. Bai et al., psi(2S) -> pi(+) pi(-) J/psi decay distributions - art. no. 032002, PHYS REV D, 6203(3), 2000, pp. 2002
Measurement of the inclusive charm cross section at 4.03 GeV and 4.14 GeV - art. no. 012002
Authors: 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 Ma, EC Ma, JM 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, DH 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, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zheng, LS Zheng, ZP Zhou, BQ Zhou, GP Zhou, HS Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhuang, BA
Citation: Jz. Bai et al., Measurement of the inclusive charm cross section at 4.03 GeV and 4.14 GeV - art. no. 012002, PHYS REV D, 6201(1), 2000, pp. 2002
Charmonium decay physics
Authors: Gu, YF Tuan, SF
Citation: Yf. Gu et Sf. Tuan, Charmonium decay physics, NUCL PHYS A, 675(1-2), 2000, pp. 404C-412C
Preparation and characterization of barium cerate-based thick membranes using a screen printing process
Authors: Meng, GY Wang, P Gu, YF Peng, DK
Citation: Gy. Meng et al., Preparation and characterization of barium cerate-based thick membranes using a screen printing process, SOL ST ION, 136, 2000, pp. 209-213
Measurement of the total cross section for hadronic production by e(+)e(-)annihilation at energies between 2.6-5 GeV
Authors: Bai, JZ Ban, Y Bian, JG 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 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 Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Hu, XQ Huang, GS Huang, YZ Izen, JM Jiang, CH Jin, Y Jones, BD Ju, X Ke, ZJ Kong, D Lai, YF Lang, PF 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 Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Malchow, R Mao, HS Mao, ZP Meng, XC Nie, J Olsen, SL Paluselli, D Pan, LJ Qi, ND Qi, XR Qian, CD Qiu, JF Qu, YH Que, YK Rong, G Shao, YY Shen, BW Shen, DL Shen, H Shen, XY Sheng, HY Shi, HZ Song, XF 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 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, DH 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, JW 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
Citation: Jz. Bai et al., Measurement of the total cross section for hadronic production by e(+)e(-)annihilation at energies between 2.6-5 GeV, PHYS REV L, 84(4), 2000, pp. 594-597
Sintering and electrical properties of coprecipitation prepared Ce0.8Y0.2O1.9 ceramics
Authors: Gu, YF Li, G Meng, GY Peng, DK
Citation: Yf. Gu et al., Sintering and electrical properties of coprecipitation prepared Ce0.8Y0.2O1.9 ceramics, MATER RES B, 35(2), 2000, pp. 297-304
Development of quaternary Ir-Ta-Ni-Al refractory superalloys
Authors: Yu, XH Yamabe-Mitarai, Y Ro, Y Gu, YF Harada, H
Citation: Xh. Yu et al., Development of quaternary Ir-Ta-Ni-Al refractory superalloys, SCR MATER, 41(6), 1999, pp. 651-657
Effect of precipitate morphology on strength of Ir-Nb alloys with two-phase coherent structures
Authors: Yamabe-Mitarai, Y Gu, YF Ro, Y Nakazawa, S Maruko, T Harada, H
Citation: Y. Yamabe-mitarai et al., Effect of precipitate morphology on strength of Ir-Nb alloys with two-phase coherent structures, SCR MATER, 41(3), 1999, pp. 305-311
Compression properties of B-doped Ir-15Nb two-phase refractory superalloys
Authors: Gu, YF Yamabe-Mitarai, Y Harada, H
Citation: Yf. Gu et al., Compression properties of B-doped Ir-15Nb two-phase refractory superalloys, SCR MATER, 41(10), 1999, pp. 1079-1083
Microstructure and deformation behavior of Ir-Nb two-phase refractory superalloys for various Nb content
Authors: Gu, YF Yamabe-Mitarai, Y Ro, Y Harada, H
Citation: Yf. Gu et al., Microstructure and deformation behavior of Ir-Nb two-phase refractory superalloys for various Nb content, SCR MATER, 40(11), 1999, pp. 1313-1319
Properties of the Ir85Nb15 two-phase refractory superalloys with nickel additions
Authors: Gu, YF Yamabe-Mitarai, Y Ro, Y Yokokawa, T Harada, H
Citation: Yf. Gu et al., Properties of the Ir85Nb15 two-phase refractory superalloys with nickel additions, MET MAT T A, 30(10), 1999, pp. 2629-2639
A model for ceramic membrane formation by dip-coating
Authors: Gu, YF Meng, GY
Citation: Yf. Gu et Gy. Meng, A model for ceramic membrane formation by dip-coating, J EUR CERAM, 19(11), 1999, pp. 1961-1966
Study of the hadronic decays of X-c states - art. no. 072001
Authors: 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 Han, SW Han, Y Harris, FA He, J He, JT He, KL He, M Hitlin, DG Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Hu, XQ Huang, YZ 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 Ma, EC Ma, JM Malchow, R 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 Shao, YY Shen, BW Shen, DL Shen, H Shen, XY Sheng, HY Shi, HZ Song, XF Standifird, J 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, YG Xi, DM Xia, XM Xie, PP Xie, Y Xie, YH Xu, GF Xue, ST Yan, J Yan, WG Yang, CM Yang, CY 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, CC Zhang, DH Zhang, DH Zhang, HL Zhang, J Zhang, JW Zhang, LS 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, GP Zhou, HS Zhou, L Zhu, KJ Zhu, QM Zhu, YC Zhu, YS Zhuang, BA
Citation: Jz. Bai et al., Study of the hadronic decays of X-c states - art. no. 072001, PHYS REV D, 6007(7), 1999, pp. 2001
On recent data of branching ratios for psi(2S)-> J/psi pi pi and psi(2S)->J/psi eta
Authors: Gu, YF Li, XH
Citation: Yf. Gu et Xh. Li, On recent data of branching ratios for psi(2S)-> J/psi pi pi and psi(2S)->J/psi eta, PHYS LETT B, 449(3-4), 1999, pp. 361-363
Partial wave analysis of J/Psi ->gamma(eta pi(+)pi(-))
Authors: Bai, JZ Ban, Y Bian, JG Chen, GP Cheng, HF Chen, JC Chen, Y Chen, YB Chen, YQ Cheng, BS Cui, XZ Ding, HL Dong, LY Du, ZZ Gao, CS Gao, ML Gao, SQ Gu, JH Gu, SD Gu, WX Gu, YF Guo, YN Han, SW Han, Y He, J He, JT He, KL He, M Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Hu, XQ Huang, YZ Jiang, CH Jin, Y Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, J Li, PQ Li, RB Li, W Li, WG Li, XH Li, XN Liu, HM Liu, J Liu, RG Liu, Y Lu, F Lu, JG Luo, XL Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC 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, XY Sheng, HY Shi, HZ Song, XF Sun, F Sun, HS Sun, Y Sun, YZ Tang, SQ Tong, GL Wang, F Wang, LS Wang, LZ Wang, M Wang, P Wang, PL Wang, SM Wang, TJ Wang, YY Wei, CL 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, J 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, DH Zhang, DH Zhang, HL Zhang, J Zhang, JW Zhang, LS Zhang, QJ Zhang, SQ Zhang, XY Zhang, YY Zhao, DX Zhao, HW 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 Bugg, DV Sarantsev, AV Zou, BS
Citation: Jz. Bai et al., Partial wave analysis of J/Psi ->gamma(eta pi(+)pi(-)), PHYS LETT B, 446(3-4), 1999, pp. 356-362
Porous YSZ ceramics by water-based gelcasting
Authors: Gu, YF Liu, XQ Meng, GY Peng, DK
Citation: Yf. Gu et al., Porous YSZ ceramics by water-based gelcasting, CERAM INT, 25(8), 1999, pp. 705-709
Study of J/psi -> gamma pi(0)pi(0) at BES
Authors: Bai, JZ Bian, JG Chai, ZW Chen, GP Chen, HF Chen, JC Chen, YQ Chen, Y Chen, YB Cheng, BS Cui, XZ Ding, HL Dong, LY Du, ZZ Feng, S Gao, CS Gao, ML Gao, SQ Gu, JH Gu, SD Gu, WX Gu, YF Guo, YN Guo, ZJ Han, SW Han, Y He, JT He, J He, M Hu, GY Hu, HM Hu, JL Hu, QH Hu, T Hu, XQ Huang, JD Huang, YZ Jiang, CH Jin, Y Ke, ZJ Lai, YF Lang, PF Li, CG Li, D Li, HB Li, J Li, PQ Li, RB Li, W Li, WD Li, WG Li, XH Li, XN Liu, HM Liu, J Liu, JH Liu, RG Liu, Y Lu, F Lu, JG Lu, JY Lu, LC Luo, CH Ma, AM Ma, EC Ma, JM Mao, HS Mao, ZP Meng, XC 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, XY Sheng, HY Shi, HZ Song, XF Sun, F Sun, HS Tang, SQ Tong, GL Wang, F Wang, LZ Wang, LS Wang, M Wang, M Wang, PL Wang, P Wang, SM Wang, TJ Wang, YY Wei, CL Wu, YG Xi, DM Xia, XM Xie, PP Xie, Y Xie, YH Xiong, WJ Xu, CC Xu, GF Xue, ST Yan, J Yan, WG Yang, CY Yang, CM Yang, J Yang, XF Ye, MH Ye, SW Ye, YX Yi, KYC Yu, CX Yu, YH Yu, ZT Yu, ZQ Yuan, CZ Yuan, Y Zhang, BY Zhang, CC Zhang, DH Zhang, DH Zhang, HL Zhang, J Zhang, JW Zhang, JL Zhang, LS Zhang, QJ Zhang, SQ Zhang, XY Zhang, Y Zhang, YY Zhao, DX Zhao, HW Zhao, JW Zhao, M Zhao, WR Zhao, ZG Zheng, JP Zheng, LS Zheng, ZP Zhou, GP Zhou, HS Zhou, L Zhu, QM Zhu, YC Zhu, YS Zhuang, BA
Citation: Jz. Bai et al., Study of J/psi -> gamma pi(0)pi(0) at BES, HIGH EN P N, 23(8), 1999, pp. 745-752
Microstructures and compressive properties of Ni alloyed Rh-15 at.% Nb two-phase refractory superalloys
Authors: Gu, YF Yamabe-Mitarai, Y Yu, XH Harada, H
Citation: Yf. Gu et al., Microstructures and compressive properties of Ni alloyed Rh-15 at.% Nb two-phase refractory superalloys, MATER LETT, 41(2), 1999, pp. 45-51
Management of TEOS LPCVD process effluents
Authors: Gu, YF Dozoretz, P Bhakta, J Gologhlan, F
Citation: Yf. Gu et al., Management of TEOS LPCVD process effluents, SOL ST TECH, 42(7), 1999, pp. 151
Risultati: 1-25 | 26-28