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Results: 1-20 |
Results: 20
Controlled growth of oriented amorphous silicon nanowires via a solid-liquid-solid (SLS) mechanism
Authors: Yu, DP Xing, YJ Hang, QL Yan, HF Xu, J Xi, ZH Feng, SQ
Citation: Dp. Yu et al., Controlled growth of oriented amorphous silicon nanowires via a solid-liquid-solid (SLS) mechanism, PHYSICA E, 9(2), 2001, pp. 305-309
Thermal equilibrium and nonuniform longitudinal flow in relativistic heavyion collisions - art. no. 014901
Authors: Feng, SQ Liu, F Liu, LS
Citation: Sq. Feng et al., Thermal equilibrium and nonuniform longitudinal flow in relativistic heavyion collisions - art. no. 014901, PHYS REV C, 6301(1), 2001, pp. 4901
Atrioventricular block complicating inferior acute myocardial infarction treated with thrombolytic therapy
Authors: Chen, SL Feng, SQ Zhang, QH
Citation: Sl. Chen et al., Atrioventricular block complicating inferior acute myocardial infarction treated with thrombolytic therapy, CHIN MED J, 114(10), 2001, pp. 1039-1042
Transport property investigation of pure and Au-doped carbon nanotubes
Authors: Yuan, HJ Xie, P Xiang, J Yu, DP Xu, J Xie, SS Feng, SQ
Citation: Hj. Yuan et al., Transport property investigation of pure and Au-doped carbon nanotubes, SOL ST COMM, 119(10-11), 2001, pp. 573-577
Solid-liquid-solid (SLS) growth of coaxial nanocables: silicon carbide sheathed with silicon oxide
Authors: Xing, YJ Hang, QL Yan, HF Pan, HY Xu, J Yu, DP Xi, ZH Xue, ZQ Feng, SQ
Citation: Yj. Xing et al., Solid-liquid-solid (SLS) growth of coaxial nanocables: silicon carbide sheathed with silicon oxide, CHEM P LETT, 345(1-2), 2001, pp. 29-32
Ultraviolet-emitting ZnO nanowires synthesized by a physical vapor deposition approach
Authors: Kong, YC Yu, DP Zhang, B Fang, W Feng, SQ
Citation: Yc. Kong et al., Ultraviolet-emitting ZnO nanowires synthesized by a physical vapor deposition approach, APPL PHYS L, 78(4), 2001, pp. 407-409
Synthesis and photoluminescence properties of semiconductor nanowires
Authors: Bai, ZG Yu, DP Wang, JJ Zou, YH Qian, W Fu, JS Feng, SQ Xu, J You, LP
Citation: Zg. Bai et al., Synthesis and photoluminescence properties of semiconductor nanowires, MAT SCI E B, 72(2-3), 2000, pp. 117-120
The growth mechanism of silicon nanowires and their quantum confinement effect
Authors: Feng, SQ Yu, DP Zhang, HZ Bai, ZG Ding, Y
Citation: Sq. Feng et al., The growth mechanism of silicon nanowires and their quantum confinement effect, J CRYST GR, 209(2-3), 2000, pp. 513-517
Growth of amorphous silicon nanowires via a solid-liquid-solid mechanism
Authors: Yan, HF Xing, YJ Hang, QL Yu, DP Wang, YP Xu, J Xi, ZH Feng, SQ
Citation: Hf. Yan et al., Growth of amorphous silicon nanowires via a solid-liquid-solid mechanism, CHEM P LETT, 323(3-4), 2000, pp. 224-228
Angular distributions of light projectile fragments in deep inelastic Pb+Em interactions at 160 A GeV
Authors: Adamovich, MI Agarwall, MM Alexandrov, YA Andreeva, NP Badyal, SK Basova, EE Bhalla, KB Bhasin, A Bhatia, VS Bradnova, V Bubnov, VI Cai, X Chasnikov, IY Chen, GM Chernova, LP Chernyavsky, MM Dhamija, S El Chenawi, K Felea, D Feng, SQ Gaitinov, AS Ganssauge, ER Garpman, S Gerasimov, SG Gheata, A Gheata, M Grote, J Gulamov, KG Gupta, SK Gupta, VK Henjes, U Jakobsson, B Kanygina, EK Karabova, M Kharlamov, SP Kovalenko, AD Krasnov, SA Kumar, V Larionova, VG Lepekhin, FG Levitskaya, OV Li, YX Liu, LS Lokanathan, S Lord, JJ Lukicheva, NS Lu, Y Luo, SB Mangotra, LK Manhas, I Mittra, IS Musaeva, AK Nasyrov, SZ Navotny, VS Nystrand, J Otterlund, I Peresadko, NG Qian, WY Qin, YM Raniwala, R Rao, NK Roeper, M Rusakova, VV Saidkhanov, N Salmanova, NA Seitimbetov, AM Seliverstov, DM Simonov, BB Sethi, R Singh, B Skelding, D Soderstrem, K Stenlund, E Svechnikova, LN Svensson, T Tawfik, AM Tothova, M Tretyakova, MI Trofimova, TP Tuleeva, UI Vashisht, V Vokal, S Vrlakova, J Wang, HQ Wang, XR Weng, ZQ Wilkes, RJ Yang, CB Yin, ZB Yu, LZ Zhang, DH Zheng, PY Zhokhova, SI Zhou, DC
Citation: Mi. Adamovich et al., Angular distributions of light projectile fragments in deep inelastic Pb+Em interactions at 160 A GeV, EUR PHY J A, 6(4), 1999, pp. 421-425
Fragmentation and multifragmentation of 10.6A GeV gold nuclei
Authors: Adamovich, MI Aggarwal, MM Alexandrov, YA Amirikas, R Andreeva, NP Badyal, SK Bakich, AM Basova, ES Bhalla, KB Bhasin, A Bhatia, VS Bradnova, V Bubnov, VI Cai, X Chasnikov, IY Chen, GM Chernova, LP Chernyavsky, MM Dhamija, S El Chenawi, K Felea, D Feng, SQ Filippova, LN Gaitinov, AS Ganssauge, ER Garpman, S Gerassimov, SG Gheata, A Gheata, M Grote, J Gulamov, KG Gupta, SK Gupta, VK Haiduc, M Hasegan, D Henjes, U Jakobsson, B Just, L Kanygina, EK Kharlamov, SP Kovalenko, AD Krasnov, SA Kumar, V Larionova, BG Lebedev, IA Li, YX Liu, LS Liu, ZG Lord, JJ Lukicheva, NS Lu, Y Luo, SB Mangotra, LK Manhas, I Mittra, IS Musaeva, AK Nasyrov, SZ Navotny, VS Nystrand, J Orlova, GI Otterlund, I Peak, LS Peresadko, NG Petrov, NV Plyushvchev, VA Qian, WY Qin, YM Raniwala, R Rao, NK Rhee, JT Roeper, M Rusakova, VV Saidkhanov, N Salmanova, NA Seitimbetov, AM Sethi, R Singh, B Skelding, D Skorobogatova, VI Soderstrom, K Stenlund, E Svechnikova, LN Svensson, T Tawfik, AM Rao, NK Rhee, JT Roeper, M Rusakova, VV Saidkhanov, N Salmanova, NA Seitimbetov, AM Sethi, R Singh, B Skelding, D Skorobogatova, VI Soderstrom, K Stenlund, E Svechnikova, LN Svensson, T Tawfik, AM Pop, VT Tretyakova, MI Trofimova, TP Tuleeva, UI Tursunov, BP Vashisht, V Vokal, S Vrlakova, J Wang, HQ Wang, SH Wang, XR Wang, JR Weng, ZQ Wilkes, RJ Yang, CB Yin, ZB Yu, LZ Zgura, IS Zhang, DH Zheng, PY Zhokhova, SI Zhou, DC
Citation: Mi. Adamovich et al., Fragmentation and multifragmentation of 10.6A GeV gold nuclei, EUR PHY J A, 5(4), 1999, pp. 429-440
Growth mechanism and quantum confinement effect of silicon nanowires
Authors: Feng, SQ Yu, DP Zhang, HZ Bai, ZG Ding, Y Hang, QL Zou, YH Wang, JJ
Citation: Sq. Feng et al., Growth mechanism and quantum confinement effect of silicon nanowires, SCI CHINA A, 42(12), 1999, pp. 1316-1322
A simple method to make field emitter using ropes of single-walled carbon nanotubes
Authors: Ding, Y Hang, QL Zhang, HZ Feng, SQ Bai, ZG Yu, DP Zhang, ZX Xue, ZQ Shi, ZJ Lian, YF Gu, ZN
Citation: Y. Ding et al., A simple method to make field emitter using ropes of single-walled carbon nanotubes, CHIN PHYS L, 16(2), 1999, pp. 117-119
Direct evidence of quantum confinement from the size dependence of the photoluminescence of silicon quantum wires
Authors: Yu, DP Bai, ZG Wang, JJ Zou, YH Qian, W Fu, JS Zhang, HZ Ding, Y Xiong, GC You, LP Xu, J Feng, SQ
Citation: Dp. Yu et al., Direct evidence of quantum confinement from the size dependence of the photoluminescence of silicon quantum wires, PHYS REV B, 59(4), 1999, pp. R2498-R2501
The formation conditions of carbon nanotubes array based on FeNi alloy island films
Authors: Chen, XH Feng, SQ Ding, Y Peng, JC Chen, ZZ
Citation: Xh. Chen et al., The formation conditions of carbon nanotubes array based on FeNi alloy island films, THIN SOL FI, 339(1-2), 1999, pp. 6-9
Ga2O3 nanowires prepared by physical evaporation
Authors: Zhang, HZ Kong, YC Wang, YZ Du, X Bai, ZG Wang, JJ Yu, DP Ding, Y Hang, QL Feng, SQ
Citation: Hz. Zhang et al., Ga2O3 nanowires prepared by physical evaporation, SOL ST COMM, 109(11), 1999, pp. 677-682
Nano-scale GeO2 wires synthesized by physical evaporation
Authors: Bai, ZG Yu, DP Zhang, HZ Ding, Y Wang, YP Gal, XZ Hang, QL Xiong, GC Feng, SQ
Citation: Zg. Bai et al., Nano-scale GeO2 wires synthesized by physical evaporation, CHEM P LETT, 303(3-4), 1999, pp. 311-314
Transmission electron microscopy study of Si nanowires
Authors: Zhou, GW Zhang, Z Bai, ZG Feng, SQ Yu, DP
Citation: Gw. Zhou et al., Transmission electron microscopy study of Si nanowires, APPL PHYS L, 73(5), 1999, pp. 677-679
Multifractal analysis of particles produced in Au-197, S-32 and O-16 induced interactions at high energies
Authors: Adamovich, MI Aggarwal, MM Alexandrov, YA Amirikas, R Andreeva, NP Avetyan, FA Badyal, SK Bakich, AM Basova, ES Bhalla, KB Bhasin, A Bhatia, VS Bogdanov, VG Bradnova, V Bubnov, VI Cai, X Chasnikov, IY Chen, GM Chernova, LP Chernyavski, MM Dhamija, S El Chenawi, K Felea, D Feng, SQ Gaitinov, AS Ganssauge, ER Garpman, S Gerassimov, SG Gheata, A Gheata, M Grote, J Gulamov, KG Gupta, SK Gupta, VK Haiduc, M Hasegan, D Hu, ZR Jakobsson, B Just, L Kanygina, EK Karabova, M Kharlamov, SP Kim, YC Kovalenko, AD Krasnov, SA Kumar, V Larionova, VG Lee, CG Lepekhin, FG Liu, H Levitskaya, OV Li, YX Liang, L Liu, LS Liu, ZG Lokanathan, S Lord, JJ Lu, Y Lukicheva, NS Li, W Luo, SB Mangotra, LK Marutyan, NA Mittra, IS Musaeva, AK Nasyrov, SZ Navotny, VS Nilsson, P Nystrand, J Orlova, GI Otterlund, I Pavukova, A Peak, LS Peresadko, NG Petrov, NV Plyushchev, VA Qian, WY Qin, YM Raniwala, R Rao, NK Rhee, JT Roeper, M Rusakova, VV Saidkhanov, N Salmanova, NA Sarkisova, LG Sarkisyan, VR Seitimbetov, AM Seliverstov, DM Sethi, R Shakhova, CI Simonov, BB Singh, B Skelding, D Skorobogatova, VI Soderstrom, K Stenlund, E Svechnikova, LN Tawfik, AM Tothova, M Tretyakova, MI Trofimova, TP Tuleeva, UI Vashisht, V Vokal, S Vrlakova, J Wang, HQ Wang, SH Wang, XR Weng, ZQ Wilkes, RJ Wu, T Yang, CB Yin, ZB Yu, LZ Yu, YL Zhang, DH Zheng, PY Zhokhova, SI Zhou, DC
Citation: Mi. Adamovich et al., Multifractal analysis of particles produced in Au-197, S-32 and O-16 induced interactions at high energies, EUROPH LETT, 44(5), 1998, pp. 571-577
Dependence of the silicon nanowire diameter on ambient pressure
Authors: Zhang, HZ Yu, DP Ding, Y Bai, ZG Hang, QL Feng, SQ
Citation: Hz. Zhang et al., Dependence of the silicon nanowire diameter on ambient pressure, APPL PHYS L, 73(23), 1998, pp. 3396-3398
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