(1)电气设备稳定性、可靠性分析仿真；

(2)多物理场仿真和测试研究；

(3)电磁兼容测试与分析；

(4)轨道交通电气线路智能诊断与远程监控系统研究

1、Dong,L;Wang,G;Qi,X.Power Transformer Winding Deformation Diagnosis Based on the Sum of Two-Way Shortest Distance[J].IEEJ TRANSACTIONS ON ELECTRICAL AND ELECTRONIC ENGINEERING,2023,18(12):1869-1875.  

2、L. Dong, H. Wu, S. Sun. Research on the Influence of Projectile Width on the Efficiency of Reconnection Electromagnetic Launchers [J]. IEEE Transactions on Plasma Science ,2022,50(2):496-501.

3、L. Dong, S. Sun, H. Wu. Study of Capacitor Parameters on the Optimal Trigger Position of Multipole Field Reconnection Electromagnetic Launcher [J]. IEEE Transactions on Plasma Science, 2021,49(7):2153-2160.

4、L. Dong, H. Wu, S. Sun, and J. Liu. Analysis of the Influence of the Number of Coil Pairs Per Wing on Multiwing Reconnection Electromagnetic Launcher [J]. IEEE Transactions on Plasma Science, 2021,49(10):3251-3256.

5、Liang Dong, Feihong Lin, Qinggao Fu, Yuerui Wei, and Senliang Li.Research on Structure Design of Multipole Field Reconnection Electromagnetic Launch Mode Drive Coil [J].IEEE TRANSACTIONS ON PLASMA SCIENCE ,2020，48（1）305-310.

6、Liang Dong, Senliang Li , Huajun Xie, Qiumin Zhang, and Jing Liu. Influence of Capacitor Parameters on Launch Performance of Multipole Field Reconnection Electromagnetic Launchers [J].IEEE TRANSACTIONS ON PLASMA SCIENCE ,2018，46（7）2642-2646.

7、Liang Dong,Senliang Li.Multipole Field Reconnection Electromagnetic Launcher [J].IEEE TRANSACTIONS ON PLASMA SCIENCE ,2018，46（2）458-462.

8、Dong Liang,Xu qingying,et al.Simulation and Experimental Investigation of a High-Temperature Superconducting Inductive Pulsed Power Supply with Time Delay Effect of the Secondary Side[J].J.Physica C, 2017,541,16-21.

9、DONG Liang, CHEN HanJun, GAN YingJie, WANG Yu, DONG Xiang, PENG ShuJie, Thermoelectric properties of tungsten ceramics prepared from nanopowder precursors, Chin. Sci. Bull, 58，2924-2926，2013

10、廖骁勇（本人硕士研究生）,严仲明,聂新毅,王豫,董亮, 基于YBCO的变压器型双面超导薄膜限流器[J].低温物理学报，2017,1（39）50-54.

11、江明阳（本人硕士研究生），王豫，董亮，严仲明，范光程，感应型直线电磁驱动器耦合特性及控制优化研究.微电机，2017,10（50）18-22.

12、李海涛,王豫,董亮等.基于超导储能电感的meat-grinder脉冲电源[J].高电压技术, 2014, 40(4):1127-1133.

13、Xiang Dong, Haiqing Wang, Zhongqiu Hua, Shujie Peng，Liang Dong, Yu Wang, Thermoelectric properties of WO3-based ceramics doped with Co2O3, J. Mater. Sci. Mater. Electron，23，1210-1214.，2013

14、Xiang Dong*, Yingjie Gan, Liang Dong, Shujie Peng, Yu Wang, Improvement of thermoelectric properties of WO3 ceramics by NiO addition, J. Mater. Sci. Mater. Electron, 24，4316-4320，2013

15、Xiang Dong, Yingjie Gan, Yu Wang, Shujie Peng，Liang Dong, Effect of La2O3 on high-temperature thermoelectric properties of WO3 J. Alloys Compd, 581，52–55.，2013

16、Xiang Dong, Yingjie Gan, Liang Dong, Shujie Peng，Yu Wang，Enhanced thermoelectric properties of WO3 by adding SnO2，J. Mater. Sci. Mater. Electron, 24，4494-4498，2013

17、Yingjie Gan, Xiang Dong, Shujie Peng, Liang Dong, Yu Wang, Microstructure and thermoelectric properties of tungsten trioxide ceramics doped with a low amount of terbium dioxide，J. Mater. Sci. Mater. Electron, 24，4001-4007，2013

18、Haiqing Wang, Xiang Dong, Shujie Peng, Liang Dong, Yu Wang, Improvement of thermoelectric properties of WO3 ceramics by ZnO addition, J. Alloys Compd, 527，204-209，2012

19、Haiqing Wang, Zhongqiu Hua, Shujie Peng, Xiang Dong, Liang Dong, Yu Wang, Effect of CeO2 on the thermoelectric properties of WO3-based ceramics, Ceramics International, 38 ，1133-1137，2012

20、Haiqing Wang, Yingjie Gan, Xiang Dong, Shujie Peng，Liang Dong, Yu Wang，Thermoelectric properties of Ti-doped WO3 ceramics，J. Mater. Sci. Mater. Electron，23，2229-2234，2012

21、Liang Dong, Yu Wang, Yong Zhao, The study on electrical behavior of Gd2O3-WO3 complex ceramics at high temperature, material letter, 61 (2007) ：2105~2108 .

22、Liang Dong, Han-jun Chen, Yu Wang，De-Zhu Li，Tong-Ye Li and Yong Zhao. Influence of sintering temperature on the electrical properties of Ce-doped WO3 ceramics prepared by nanopowders, J.phys.D:appl. Phys 40(2007)：2573~2578.

23、Zhu Yingwei, Wang Yu, Yan Zhongming, Dong Liang, Xie Xiaofang and Li Haitao. Multipole Field Electromagnetic Launcher[J]. IEEE Trans. on Mag., 2010, 46(7): 2622-2627.（SCI检索：20102613034115）

24、朱英伟,严仲明,董亮,王豫.电容器参数对感应线圈炮的影响分析[J].高电压技术, 2009,35(12):3054-3059.（EI检索：20101512840582）

25、朱英伟,严仲明,谢晓芳,董亮,王豫.磁阻型线圈发射减速力研究[J].电工电能新技术, 2010,29(2):62-66.

26、李海涛,朱英伟,邵慧,董亮,严仲明,胡基士,王豫.超导储能磁体对电感性负载放电研究[J].电工电能新技术, 2010, 29(4):27-30.

27、李海涛,董亮,邵慧,朱英伟,王豫.脉冲功率系统储能型超导脉冲变压器放电研究[J].低温与超导, 2011, 39(3):45-48.

28、李海涛,董亮,严仲明,朱英伟,方万民,胡基士. 激光位置检测技术在电磁弹射中的应用设计,计算机测量与控制, 2010,18(2):316-319.

29、李峰,严仲明,董亮,闫强华,朱英伟,王豫.小型NbTi磁体的失超传播特性研究[J].低温与超导,2009, 37(4):37-40.

30、李峰,董亮,严仲明,肖广大,闫强华,王豫. 小型超导磁体的快速放电研究.电工电能新技术，2009,28(3):36-39.

31、董亮，赵勇，王豫，李统业，李德柱. 前驱体纳米化后Ce掺杂WO3陶瓷的电学行为, 北京科技大学学报增刊. 28(2006) ：220~222.

32、董亮，王豫，严仲明，李统业，李德柱，固相合成法制备ZrW2O8陶瓷及其电学行为研究, 功能材料，2009，40（8）：1282~1284.

33、董亮，王豫，李德柱，李统业，严仲明，Ce掺杂WO3薄膜的电学性质研究,西南交通大学学报，2009，44（6）：963~967.

34、Zhong-Qiu Hua, Liang Dong，HaiQing Wang，Shujie Peng，Yu Wang, Varistor behavior study in undoped tungsten trioxide ceramics, Physica B，2011，doi.org/10.1016/j.physb.2011.04.033.

35、Li Tong-ye, Wang Yu, Dong Liang. Novel Pr6O11 varistor, J.Cent.Sorth Univ. Technol. (2007)： 42~46.

36、Tong-Ye Li, Hong-Wang Zhao, Liang Dong, Na Guo and Yu Wang, Novel varistor material based on terbium oxide, J.phys. D:Appl Phys. 2009，42：1~4.

37、Li, T. Y., Wang, H. Q., Hua, Z. Q., Dong, L., Zhao, H. W., Wang, Y. Densification and grain growth of CuO-doped Pr6O11 varistors. Ceramics International. 2010，36(5)：1511~1516.

38、Zhongqiu Hua, Yu Wang, Haiqing Wang, Liang Dong, NO2 sensing properties of WO3 varistor-type gas sensor, Sensors and Actuators B-Chemical. 2010，150：588~593.

39、魏钦伟,胡基士,董亮,严仲明,朱英伟,王豫.基于ANSYS的脉冲超导磁体电磁结构耦合分析[J].科学技术与工程, 2009,9(15):4395-4398.

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