基本信息科学研究论文专著教育教学
个人简介



主要任职
1.中国宇航学会电推进分会委员

2.国家重点研发计划项目评审评估专家

3.国家科技专家库专家

4.XXX重大科技专项论证组成员

5.科学出版社空间电推进科学与技术丛书编辑委员会委员

6.连续四届International Conferences on Micropropulsion and CubeSats国际组委会委员


主要课程
本科生课程：航天电推进原理

硕士生课程：空间电推进原理、空间推进技术



科研奖励
1.于达仁、丁永杰、李鸿、魏立秋、宁中喜、刘辉，XXX霍尔推力器关键技术,军队科学技术进步奖一等奖，2018;

2.于达仁、宁中喜、丁永杰、魏立秋、刘辉、李鸿，XXX霍尔推进技术，教育部技术发明奖一等奖，2017；

3.于达仁、丁永杰、贾德昌、沈岩、宁中喜、魏立秋、李鸿、刘辉等，高效率高比冲磁聚焦霍尔推进技术，教育部2016年度中国高等学校十大科技进展，2016；


授权专利
1.丁永杰、魏立秋、李鸿、于达仁，霍尔推力器放电通道污染膜自清洗方法，授权号：**2.7;

2.丁永杰、魏立秋、于达仁、李鸿，具有缓冲腔结构的磁聚焦型霍尔推力器及该推力器的压紧装配方法，授权号：**9.1;

3.丁永杰、魏立秋、张旭、于达仁、李鸿，霍尔推力器阳极热功率测量方法，授权号：**9.6;

4.丁永杰，魏立秋，李鸿，于达仁，毛威，扈延林，一种霍尔推力器羽流发散角测量修正方法，授权号：**3.8;

5.丁永杰、于达仁、魏立秋、李鸿，一种霍尔推力器陶瓷散热支架，授权号：**8.9;

6.丁永杰、魏立秋、李鸿、于达仁，用于霍尔推力器供气管路的电气绝缘结构，授权号：**8.6;

7.丁永杰、魏立秋、李鸿、于达仁，一种霍尔推力器的气体分配器/阳极一体化结构，授权号：**9.7;

8.丁永杰、魏立秋、李鸿、于达仁，霍尔推力器散热支架，授权号：**7.8;


科研项目
一、负责纵向项目清单：

1. 双峰磁场双级高比冲霍尔推力器等离子体输运机理研究，国家自然基金面上项目，65万，2018.1-2021.12，负责人；

2. 永磁小功率霍尔推进技术研究，装备预研航天科技联合基金；100万，2017.12-2019.12，负责人；

3. XXX霍尔推进技术研究，军委科技委创新特区项目，50万，2017.1-2017.12，负责人；

4. 永磁材料霍尔推力器研究，航天科技创新基金，30万，2014.1-2015.12，负责人；

5. 霍尔推力器高电压下放电模式转变机理研究，国家自然基金青年基金，24万，2011.1-2013.12，负责人

二、负责横向项目清单：

1. 3000s高比冲霍尔推力器磁路设计及验证，航天科技集团，255万，2019.3-2022.12，负责人；

2. 永磁霍尔推力器设计及验证，航天科技集团，105万，2019.3-2022.12，负责人；

3. 加速器通道陶瓷研制, 航天科技集团，45万，2018.12-2019.6，负责人；

4. LHT-100霍尔推力器性能优化提升联合研发，航天科技集团，60万，2017.4-2018.9，负责人；

5. 高比冲霍尔推力器磁路设计及热仿真分析，航天科技集团，140万，2016.12-2019.12，负责人；

6. 5kW磁聚焦霍尔推力器陶瓷研制，航天科技集团，45万，2016.11-2017.4，负责人；

7. 混合模式推进系统地面演示试验系统搭建，航天科技集团，130万，2015.6-2015.12，负责人；

8. HEP-100MF霍尔推力器性能调试，航天科技集团，36万，2015.2-2015.5，负责人；

9. HEP-100MF加速器BN陶瓷研制，航天科技集团，60万，2014.10-2015.3，负责人；

10. 1.5kW氪工质霍尔推力器关键技术研究，航天科技集团，50万，2014.12-2015.5，负责人；

11. 电磁场加速器研制，航天科技集团，115.2万，2014.1-2016.3，负责人；

12. 磁聚焦霍尔推进系统电源单元技术状态确认试验，航天科技集团，25万，2014.8-2014.12，负责人；

13. 霍尔推力器内部放电过程优化仿真分析，航天科技集团，20万，2014.1-2014.7，负责人；

14. HEP-100MP加速器励磁线圈组件研制，航天科技集团，10万，2014.11-2015.5，负责人；

15. 100型磁聚焦霍尔推力器模样阶段试验测试研究，航天科技集团，230万，2013.10-2014.9，负责人；

16. 磁聚焦霍尔推力器磁路及热设计验证研究，航天科技集团，152万，2013.5-2013.11，负责人；

17. 耐溅射可加工陶瓷研制，航天科技集团，73.8万，2013.12-2016.5，负责人

18. 光学测量法电推进微推力测试，航天科技集团，45万，2013.7-2013.8，负责人；

19. 霍尔推力器仿真和构型研究，航天科技集团，30万，2013.5-2014.5，负责人；

20. 电源、推力器、控制单元联试试验，航天科技集团，25万，2013.5-2014.5，负责人；

21. HEP-100MF磁聚焦霍尔推进系统联试试验，航天科技集团，25万，2013.8-2014.4，负责人；

22. 电源、推力器联试试验，航天科技集团，25万，2013.10-2014.4，负责人；


论文清单
1. Ding Yongjie(丁永杰), Wang Lei, Fan Haotian, Li Hong, Xu Weifeng, Wei Liqiu, Li Peng, Yu Daren. Simulation research on magnetic pole erosion of Hall thrusters. Physics of Plasmas, 2019, 26, 023520.

2. Ding Yongjie(丁永杰), Su Hongbo, Zhang Xu, Li Hong, Wei Liqiu, Jia Boyang, Li Peng, Sun Hezhi, Wang Lei, Xia Guojun, Yu Daren. Effect of azimuthal diversion rail location on the performance of Hall thrusters. Vacuum. 2019,159, pp. 299–305.

3. Ding Yongjie(丁永杰), Su Hongbo, Li Hong, Jia Boyang, Wei Liqiu, Peng Wuji, Hu Yanlin, Mao Wei, Yu Daren. Measurement Method for Plume Divergence Angle of Hall Thrusters. Journal of Vacuum Science and Technology B. 2019,37, 012902.

4. Ding Yongjie(丁永杰), Su Hongbo, Jia Boyang, Li Hong, Wei Liqiu, Li Peng, Sun Hezhi, Yu, Daren. Comparative Study of Annular-Cylindrical Combined-Channel with Annular Channel Hall Thruster. IEEE Transactions on Plasma Science. 2018, 46(12), 4051-4058.

5. Ding Yongjie(丁永杰), Su Hongbo, Wang Lei, Li Hong,Wei Liqiu, Jia Boyang, Sun Hezhi, Li Peng, Yu Daren. Effect of Magnetic Field Directionality on Discharging Characteristics of a Hall Effect Thruster with an Azimuthal Diversion Rail. Journal of Vacuum Science and Technology B. 2018, 36, 062801.

6. Ding Yongjie(丁永杰), Su Hongbo, Jia Boyang, Li Hong,Wei Liqiu,Li Peng, Sun Hezhi, Yu Daren. Effects of annular-cylindrical combined channel Hall thruster length on the discharge characteristics. Journal of Vacuum Science and Technology B. 2018,36, 062601.

7. Ding Yongjie(丁永杰), Li Hong, Sun Hezhi, Wei Liqiu, Jia Boyang, Su Hongbo, Peng Wuji, Li Peng, Yu Daren. A 200-W Permanent Magnet Hall Thruster Discharge with Graphite Channel Wall. Physics Letters A. 2018, 382, pp.3079-3082.

8. Ding Yongjie(丁永杰), Li Hong, Li Peng, Jia Boyang, Wei Liqiu,Su Hongbo, Sun Hezhi, Wang Lei, Yu Daren. Effect of Relative Position between Cathode and Magnetic Separatrix on the Discharge Characteristic of Hall Thrusters. Vacuum. 2018, 154,167-173.

9. Ding Yongjie(丁永杰), Li Hong, Wei Liqiu, Hu Yanlin, Shen Yan, Liu Hui, Ning Zhongxi, Mao Wei, and Yu Daren. Overview of Hall Electric Propulsion in China. IEEE Transactions on Plasma Science. 2018,46(2), 263-282.

10. Ding Yongjie(丁永杰), Jia Boyang, Sun Hezhi, Wei Liqiu, Peng Wuji, Li Peng, Yu Daren. Effect of Matching Between the Magnetic Field and Channel Length on the Performance of Low Sputtering Hall Thrusters. Advances in Space Research. 2018, 61, 837–843.

11. Ding Yongjie(丁永杰), Li Hong, Jia Boyang, Li Peng, Wei Liqiu, Xu Yu, Peng Wuji, Sun Hezhi, Cao Yong, Yu Daren. Simulation of Effect of Magnetically Insulated Anode on the Low Power Cylindrical Hall Thruster. Plasma Science and Technology. 2018, 20: 035509.

12. Ding Yongjie(丁永杰), Su Hongbo, Li Peng, Wei Liqiu, Li Hong, Peng Wuji, Xu Yu, Sun Hezhi, Yu Daren, Study of the Catastrophic Discharge Phenomenon in a Hall Thruster. Physics Letters A, 2017, 381(40): 3482-3486.

13. Ding Yongjie(丁永杰), Jia Boyang, Xu Yu, Wei Liqiu, Su Hongbo, Li Peng, Sun Hezhi, Peng Wuji, Yong Cao, Yu Daren, Effect of Vortex Inlet Mode on Low-Power Cylindrical Hall Thruster. Physics of Plasmas, 2017, 24: 080703.

14. Ding Yongjie(丁永杰), Sun Hezhi, Wei Liqiu, Li Peng, Su Hongbo, Peng Wuji, Yu Daren. A 200 W Hall Thruster with Hollow Indented Anode. Acta Astronautica, 2017, 139, 521-527.

15. Ding Yongjie(丁永杰), Peng Wuji, Sun Hezhi, Wei Liqiu, Zeng Ming, Wang Fufeng, Yu Daren, Performance characteristics of No-Wall-Losses Hall thruster, The European Physical Journal - Special Topics, 2017, 226, 2945-2953.

16. Ding Yongjie(丁永杰), Sun Hezhi, Li Peng, Wei Liqiu, Su Hongbo, Peng Wuji, Li Hong, Yu Daren, Application of Hollow Anode in Hall Thruster with Double-peak Magnetic Fields, Journal of Physics D: Applied Physics, 2017, 50(33), 335201.

17. Ding Yongjie(丁永杰), Li Peng, Sun Hezhi, Wei Liqiu , Xu Yu, Peng Wuji, Su Hongbo, Li Hong, Yu Daren, Simulation of Double Stage Hall Thruster with Double-peaked Magnetic Field, The European Physical Journal D, 2017, 71:192.

18. Ding Yongjie(丁永杰), Sun Hezhi, Li Peng, Wei Liqiu , Xu Yu, Peng Wuji, Su Hongbo, Daren Yu, Influence of Hollow Anode Position on the Performance of a Hall-Effect Thruster with Double-peak Magnetic Field, Vacuum, 2017, 143, 251-261.

19. Ding Yongjie(丁永杰), Sun Hezhi, Peng Wuji, Xu Yu, Wei Liqiu, Li Hong, Li Peng, Su Hongbo, Yu Daren, Experimental Test of 200 W Hall Thruster with Titanium Wall, Japanese Journal of Applied Physics, 2017, 56(5):50312.

20. Ding Yongjie(丁永杰), Li Peng, Zhang Xu, Wei Liqiu, Sun Hezhi, Peng Wuji, Yu Daren, Effects of the Magnetic Field Gradient on the Wall Power Deposition of Hall Thrusters, Journal of Plasma Physics, 2017, 83(2):**.

21. Ding Yongjie(丁永杰), Xu Yu, Peng Wuji, Wei Liqiu, Su Hongbo, Sun Hezhi, Li Peng, Li Hong, Yu Daren, A Type of Cylindrical Hall Thruster with a Magnetically Insulated Anode, Journal of Physics D: Applied Physics, 2017,50(4): 145203.

22. Ding Yongjie(丁永杰), Peng Wuji, Sun Hezhi, Xu Yu, Wei Liqiu, Li Hong, Zeng Ming, Wang Fufeng, Yu Daren, Effect of oblique channel on discharge characteristics of 200-W Hall thruster, Physics of Plasmas, 2017, 24(2): 023507.

23. Ding Yongjie(丁永杰), Peng Wuji, Sun Hezhi, Wei Liqiu, Zeng Ming, Wang Fufeng, Yu Daren, Visual evidence of suppressing the ion and electron energy loss on the wall in Hall thrusters, Japanese Journal of Applied Physics, 2017, 56(3): 038001.

24. Ding Yongjie(丁永杰), Peng Wuji, Wei Liqiu, Sun Guoshun, Li Hong, Yu Daren, Computer simulations of Hall thrusters without wall losses designed using two permanent magnetic rings, Journal of Physics D: Applied Physics, 2016, 49(46): 465001.