近期论文: 附录:近期论文: 1. 朱亚波等,统一描述EMC效应、核DREEL-YAN 过程和J/ψ光生过程的一个模型,高能物理与核物理(一级),1997,21(9):806-811 2. 朱亚波等, 核环境中部分子演化与重组效应下的核内胶子分布, 高能物理与核物理(一级), 1998, 22(4):341-345。 3. Y. B. Zhu et al, A simple model describing the EMC effect, nuclear Drell-Yan process and inelastic J/ψ production, High Energy and Nuclear Physics (一级), 1998, 21(3):80-84. 4. 朱亚波等, EMC效应对夸克横向动量的影响, 南京师大学报 (核心), 1998, 21(4):82-86。 5. 朱亚波等, 核DRELL-YAN比值与入射强子的能量转移,徐州师大学报,1999,17(4):63-65。 6. 朱亚波等,核DRELL-YAN过程中的能量丢失现象,高能物理与核物理(一级),2000,24(6):518-523。 7. Y. B. Zhu, W. L. Wang and K. J. Liao, Distributions of initial catalyst-islands sizes and external diameters of carbon nanotubes under CVD conditions ,Diamond and Related Materials (SCI) ,2003,Vol.12 (10~11): 1862-1866. 8. Y. B. Zhu, W. L. Wang and C. G. Hu, Influences of density and dimension of carbon nanotubes on their field emission, ACTA metaLLURGICA SINICA (SCI), 2003, vol. 16(4):302-308) 9. Y. B. Zhu, W. L. Wang, The Effects of Pores of Template on The Field Emission Properties of Template-Synthesized Array of Carbon Nanotubes, Wide Bandgap Materials (SCI), 2002, vol.10:29-41 10. Y. B. Zhu, W. L. Wang K. J. Liao, Effect of some parameters of carbon nanotube films on their field emission, Materials, Devices, and Systems for Display and Lighting, Proceeding of SPIE (EI), 2002, 4918 :144-150 11. Y. B. Zhu, W. L. Wang and K. J. Liao et al. Study on template pore acting on the fabricated arrays of n... 近期论文: 附录:近期论文: 1. 朱亚波等,统一描述EMC效应、核DREEL-YAN 过程和J/ψ光生过程的一个模型,高能物理与核物理(一级),1997,21(9):806-811 2. 朱亚波等, 核环境中部分子演化与重组效应下的核内胶子分布, 高能物理与核物理(一级), 1998, 22(4):341-345。 3. Y. B. Zhu et al, A simple model describing the EMC effect, nuclear Drell-Yan process and inelastic J/ψ production, High Energy and Nuclear Physics (一级), 1998, 21(3):80-84. 4. 朱亚波等, EMC效应对夸克横向动量的影响, 南京师大学报 (核心), 1998, 21(4):82-86。 5. 朱亚波等, 核DRELL-YAN比值与入射强子的能量转移,徐州师大学报,1999,17(4):63-65。 6. 朱亚波等,核DRELL-YAN过程中的能量丢失现象,高能物理与核物理(一级),2000,24(6):518-523。 7. Y. B. Zhu, W. L. Wang and K. J. Liao, Distributions of initial catalyst-islands sizes and external diameters of carbon nanotubes under CVD conditions ,Diamond and Related Materials (SCI) ,2003,Vol.12 (10~11): 1862-1866. 8. Y. B. Zhu, W. L. Wang and C. G. Hu, Influences of density and dimension of carbon nanotubes on their field emission, ACTA metaLLURGICA SINICA (SCI), 2003, vol. 16(4):302-308) 9. Y. B. Zhu, W. L. Wang, The Effects of Pores of Template on The Field Emission Properties of Template-Synthesized Array of Carbon Nanotubes, Wide Bandgap Materials (SCI), 2002, vol.10:29-41 10. Y. B. Zhu, W. L. Wang K. J. Liao, Effect of some parameters of carbon nanotube films on their field emission, Materials, Devices, and Systems for Display and Lighting, Proceeding of SPIE (EI), 2002, 4918 :144-150 11. Y. B. Zhu, W. L. Wang and K. J. Liao et al. Study on template pore acting on the fabricated arrays of nanomaterials, ADC/FCT 2003, NASA/CP-2003: 80-83. 12. Y. B. Zhu, R. Q. Zhang and H. F. Chueng, Growth orientation driven by surface atomic interation energy of silicon nanowires (submitted for Appl. Phy. Lett.) 13. 朱亚波,王万录,廖克俊等,对碳纳米管阵列的场发射电场增强因子以及最佳阵列密度的研究,物理学报 (SCI),2002,51(10):2335-2339。SCI 14. 朱亚波,崔玉亭,王万录,碳纳米管应用的新拓展-红外探测与超导,材料导报(核心),2002,16(9):49-51。 15. 朱亚波,王万录,孔春阳,碳纳米管表面电荷分布及尖端电场研究,重大学报(核心),2002,25(4):36-38。 16. 朱亚波,王万录,单壁碳纳米管的超导电性,重大学报(核心),2002,25(8):1-3。 17. 朱亚波,王万录,模板法合成的纳米材料,徐州师大学报,2002, 20(1):41-45 18. 朱亚波,王万录,刘高斌,冯庆,碳纳米管阵列的模板法合成及相关的一个理论问题,重庆第二届青年学术会议, 2001, 上卷p87-91 19. 朱亚波,王万录,廖克俊,碳纳米管阵列密度对其场发射性能的影响,真空科学与技术学报(一级),2002, vol.22:26-29。 20. 崔玉亭,朱亚波,王万录, Ni2MnGa单晶马氏体相变过程摩擦耗能的热动力学计算,物理学报(SCI),(将发表于2004 年3期) 21. W.L. Wang, KJ Liao, CZ Cai and Y. B. Zhu, Ultraviolet electroluminescence at room temperature from a pn junction of heteroepitaxial diamond film by CVD, Diamond and Related Materials(SCI), 2003, vol.12 :1385-1388 22. W. L. Wang, K. J. Liao, Y. B. Zhu , Ultraviolet laser properties of diamond films by CVD, Materials, Devices, and Systems for Display and Lighting, Proceeding of SPIE (EI), 2002, 4913 :293-298 23. K. J. Liao, W. L. Wang, Y. B. Zhu, Light-emitting properties from the heterostructure of ladder-type poly (p-phenylene), Materials, Devices, and Systems for Display and Lighting, Proceeding of SPIE (EI), 2002, 4918 :347-351. |