标题：乐小云
个人介绍
北京航空航天大学物理科学与核能工程学院  乐小云教授
职务：院党委书记
职称：教授[1]
个人履历
1986年毕业于中国科技大学物理系，获理学学士学位；
1997年毕业于天津大学精仪系，获工学硕士学位；
2000年毕业于北京大学技术物理系，获博士学位；
2003年4月北京大学博士后出站到北京航空航天大学理学院任教。
是中国电工学会离子束、电子束专业委员会委员，高等学校文科类物理课程教学研究协作组成员，全国民航“三八”红旗手。从事粒子辐照效应理论与实验研究多年，主持并参与多项国家自然科学基金及其它基金项目的研究，近年来发表论文五十余篇，其中已被SCI收录20余篇。
曾主讲的课程
本科生：《工科大学物理》、《文科大学物理》、《电磁波》、《核技术基础》、《原子核物理实验方法》、《激光及应用》、《大学物理实验》、《大学物理演示实验》等。
研究生：《粒子与物质相互作用》、《核技术在材料科学中的应用》等。
研究方向
（1）铌酸锂波导形成与特性研究；
（2）强脉冲粒子束辐照效应的理论和实验研究；
（3）脉冲粒子束产生及应用研究。
发表的部分论文
1.    Influence of velocity difference of correlated particles on the stopping power and vicinage effect, Jean de Dieu Mugiraneza, Gaolong Zhang, Xiaoyun Le, Liying Wang, Cuihua Rong, Ying Wang, Nuclear Instruments and Methods in Physics Research Section B,Volume 267, Issue 18, 3175-3178,15 September 2009
2.    Nucleon-nucleon interactions in the double folding model for fusion reactions, Zhang, GL; Liu, H; Le, XY, CHINESE PHYSICS B 18 (1):136-141，2009.
3.    Calculation of half-lives of heavy cluster emission for heavy nuclei, Zhang, GL; Le, XY, ACTA PHYSICA SINICA 58 (4):2300-2305, 2009
4.    Calculation of alpha decay half-lives for superheavy elements using the double folding model, Zhang, GL; Le, XY, CHINESE PHYSICS C 33 (5):354-358, 2009.
5.    Determination of alpha preformation for heavy nuclei, Zhang, GL; Le, XY; Zhang, HQ, NUCLEAR PHYSICS A 823 16-25, 2009.
6.    alpha preformation and penetration probability for heavy nuclei, Zhang, GL; Le, XY, CHINESE PHYSICS B 18 (9):3810-3814, 2009.
7.    Xe distribution in Xe-Ion implanted NaCl crystal, Le, X; Rong, C; Zhou, XP; Liang, JC; Liu, Z, JOURNAL OF THE KOREAN PHYSICAL SOCIETY 52 S88-S91, 2008.
8.    Coulomb Potentials between spherical and deformed nuclei, Zhang, GL; Le, XY; Liu, ZH, CHINESE PHYSICS LETTERS 25 (4):1247-1250, 2008.
9.    Relations between compositional modulation and atomic ordering degree in thin films of ternary III-V semiconductor alloys, Zhang, LP; Zheng, Z; Liang, JC; Le, XY; Zou, C; Liu, HL; Liu, Y, CHINESE PHYSICS B 17 (12):4619-4621, 2008.
10.  Double folding model calculation applied to fusion reactions, Zhang, GL; Le, XY, CHINESE PHYSICS C 32 (10):812-815, 2008.
11.  Detection of shocks generated by intense pulsed ion beam irradiation, Le, XY; Yan, S; Liu, ZJ; Zhao, WJ, SURFACE & COATINGS TECHNOLOGY 201 (9-11):4991-4994, 2007.
12.  Study of metal film/substrate mixing by intense pulsed ion beam, Yan, S; Le, XY; Zhao, WJ; Shang, YJ; Wang, YG; Xue, JM, SURFACE & COATINGS TECHNOLOGY 201 (9-11):4817-4821, 2007.
13.  Irradiation effects of intense pulsed ion beam on the surface of Ni3Al alloy, Liu, ZJ; Le, XY; Yan, S; Zhao, WJ; Jiang, XL, APPLIED SURFACE SCIENCE 246 (1-3):102-107, 2005.
14.  Preparation of nanometer thin films with intense pulsed electron beam ablation, Liu, ZJ; Le, XY; Jiang, XL; Han, LJ, SURFACE & COATINGS TECHNOLOGY 193 (1-3):325-328, 2005.
15.  Analysis of pseudospark pulsed electron beam shape in transmission, Liu, ZJ; Jiang, XL; Le, XY; Wen, XW, ACTA PHYSICA SINICA 54 (9):4229-4235, 2005.
16.  A possible thermodynamic mechanism of craters formation on metal surfaces caused by intense pulsed ion beams, Yan, S; Le, XY; Zhao, WJ; Xue, JM; Wang, YG, SURFACE & COATINGS TECHNOLOGY 193 (1-3):69-74, 2005.
17.  Ultraviolet fluorescent spectra of NaXe nanoclusters, Liang, JC; Liu, Z; Wang, GC; Sun, XP; Jia, HC; Le, XY; Li, Y, JOURNAL OF MATERIALS SCIENCE LETTERS 22 (11):811-812, 2003.
18.  A Study on microstructure and service property of Ni3Al base alloy irradiated by intense pulsed ion beams, Han, BX; Zhang, HT; Zhao, WJ; Yan, S; Le, XY; Xiang, W; Wang, TM; Remnev, GE,  SURFACE & COATINGS TECHNOLOGY 158 482-487, 2002.
19.  The thermodynamical process in metal surface due to the irradiation of intense pulsed ion beam, Le, XY; Zhao, WJ; Yan, S; Han, BX; Xiang, W,  SURFACE & COATINGS TECHNOLOGY 158 14-20, 2002.
20.  Particle-in-cell simulations of a planar magnetically insulated ion diode for surface modification of materials, Xiang, W; Zhao, WJ; Yan, S; Han, BX; Le, XY; Zeng, BQ, SURFACE & COATINGS TECHNOLOGY 158 242-246, 2002.  
21.  Studies on the formation of solid state NaXe clusters, Liang, JC; Liu, Z; Shen, YM; Sun, XP; Zeng, XZ; Le, XY; Wang, XY; Wang, DM; Yu, FC; Chen, YT, JOURNAL OF MATERIALS SCIENCE LETTERS 20 (9):795-797, 2001.
22.  Studies on NaXe clusters, Liang, JC; Liu, Z; Shen, YM; Sun, XP; Zeng, XZ; Le, XY; Wang, XY; Wang, DM; Yu, FC; Chen, YT, CHINESE CHEMICAL LETTERS 12 (9):833-834, 2001.
23.  An investigation into the mechanism of pseudospark producing metal ion beams, Cai, CG; Zhao, WJ; Yan, S; Le, XY; Han, BX; Xue, JM; Wang, YG; Jiang, XL, REVIEW OF SCIENTIFIC INSTRUMENTS 71 (2):675-677, 2000.
24.  The phase and microstructure changes in 45# steel irradiated by intense pulsed ion beams, Han, BX; Yan, S; Le, XY; Zhao, WJ; Remnev, GE; Opekounov, MS; Isakov, IF; Grushin, II, SURFACE & COATINGS TECHNOLOGY 128 387-393, 2000.
25.  Computer simulation of thermal-mechanical effects of high intensity pulsed ion beams on a metal surface, Le, XY; Yan, S; Zhao, WJ; Han, BX; Wang, YG; Xue, JM, SURFACE & COATINGS TECHNOLOGY 128 381-386, 2000.
26. Intense pulsed ion beam sources for industrial applications, Zhao, WJ; Remnev, GE; Yan, S; Opekounov, MS; Le, XY; Matvienko, VM; Han, BX; Xue, JM; Wang, YG, REVIEW OF SCIENTIFIC INSTRUMENTS 71 (2):1045-1048, 2000.