李娜,女,博士,副教授,博士生导师。现为伟德体育机电工程学院机电科技研究所副教授,2012年毕业于伟德体育获得博士学位。
主要科研成果
1.期刊论文:
[1].Na.LI*(李娜),Fei.ZHENG, Effect of Micro/nano-scale Rough Surface on Power Dissipation of the Waveguide:Model and Simulate, Journal of Nanoscience and Nanotechnology,11(4), pp:11222-11226, 2011(SCI:000299586100191)
[2].Na.LI*(李娜),Fei.ZHENG, Changwu.XIONG, Model Surface Effects on Power Dissipation, Microwaves & RF, 49(11), pp:64-73, 2010(SCI: 000284434500013)
[3].Na.LI*(李娜),Fei.ZHENG, Chang.Wu.XIONG, Electromechanical CoupLing ModeLing of the Roughness Surface on the Micro/nano-scale with the Conductors, Advanced science letters, 4(6), pp:1971-1975,2011(SCI: 000295057600014)
[4].Na.LI*(李娜),Baoyan.DUAN, Fei.ZHENG, Effect of the Random Error on the Radiation Characteristic of the Reflector Antenna Based on Two Dimensional Fractal, International Journal of Antennas and Propagation, Article ID 543462, 6 pages, doi:10.1155/2012/543462(SCI: 000307586100001)
[5].Na.LI*(李娜),Baoyan.DUAN, Fei.ZHENG, Effect of roughness on Radiation Characteristic of Reflector Antenna Based on Multi-scale Modeling, Przeglad Elektrotechniczny (Electrical Review), 1b, 2013
[6]Na.LI*(李娜),Bing TANG, Modeling and Reconstruction of the MetallicSurface Roughness in Micro- and nano-scale,Journal of Computational and Theoretical Nanoscience, 13(4),pp:2220-2225,2016
[7]Na.LI*(李娜),Effect of Radiation Surface Error in Multi-scales on Planar Waveguide Slotted Arrays in Ku Band, IET Microwaves, Antennas & Propagation,10(10),pp:1022-1029,2016
[8]Na.LI*(李娜),Bing TANG,Reconstruction of surface errors of the metallic waveguide based on electromagnetic scattering theory,International Journal of Surface Science and Engineering.10(1),pp:585-599,2017
[9]Na.LI(李娜),Peng LI*, Jiang WU, Bao-yan DUAN,Modelling of the Rail Surface Unevenness of High-precision Radio Telescope, Research in Astronomy and Astrophysics.1(1),pp:1-12,2017
[10]Na.LI(李娜),Peng LI*,Liwei SONG,Effect of Surface Roughness inMicro-nano Scale on Slotted WaveguideArrays in Ku-band Chinese Journal of Mechanical Engineering (english Edition),30(3),pp:595-603,2017
2.会议论文:
[1].Na.LI*(李娜),Fei.ZHENG. Effect of micro/nano-scale rough surface on quality factor of the filter: model and simulation, 2010IEEE International Conference on Mechatronics and Automation(ICMA), Xi'an, Aug 4-7, pp:1744-8, 2010. (EI:11576460)
[2]. Na.LI*(李娜),Effect of two-dimensional fractal rough surface on the waveguide power dissipation, 2010 IEEE 3rd International Nanoelectronics Conference, Proceedings, Hong Kong, Jan 3-8, p 1445-1446, 2010. (EI:11169490)
[3]. Na.LI*(李娜),Fei.ZHENG. Electromechanical Coupling Modeling of the Surface Roughness on Power Dissipation at Microwave Frequencies, 2010 International Symposium on Mechannical Science and Technology, Guangzhou, Sept 25-27, 2010
[4]. Na.LI*(李娜),Baoyan.DUAN, Fei.ZHENG. Effect of the Multi-scale Roughness on the Radiation Characteristic of the reflector Antenna: model and simulation. International Conference on Nanoscience & Technology, China.Beijing, Sept.6-9, 2011
[5].Na.LI*(李娜),Qian.ZHANG. Modeling ofSurface Errors in Multi-scale of thePlanar Slot Antenna. AISM,China, Guilin,Oct.7-11, 2015.
3.科研获奖:
[1].2019年江苏省镇江市丹徒区“金山人才”称号2019
[2].2019年陕西省高校青年创新团队奖2019
[3].陕西省科技进步一等奖(排名第7) 2014
[4].中国机械电子学学术会议优秀论文一等奖 2011
[5].伟德体育优秀博士学位论文基金 2011
4.发明专利:
[1].郑飞;李娜;段宝岩;陈梅;李鹏;宋立伟,基于误差因素的反射面天线机电综合分析方法,授权时间:2012.06.27,中国,(201010290058.6)
[2].郑飞;李娜;段宝岩;陈梅;李鹏;宋立伟,基于网格转换的平板裂缝天线机电综合分析方法,公开时间:2010.12.29,中国,(201010289921.6)
[3]李娜;唐兵;郑元世;黄进;李鹏;周金柱;宋立伟,一种基于多尺度分形函数的反射面天线面板建模方法,公开时间:2014.09,中国,(201410465350.5)
[4]李娜;张逸群;李素兰;段宝岩;黄进;李鹏;宋立伟;周金柱,基于轮廓反演技术的反射面天线面板的功能性设计方法,公开时间:2015.01,中国,
(201510022930.1)
[5]李娜;李素兰;唐兵;黄进;周金柱;宋立伟;李鹏,一种平板裂缝阵天线辐射阵面误差的建模方法,公开时间:2015.02,中国,(201510056396.6)
[6]李娜;李鹏;刘改云;黄进;周金柱;宋立伟,一种基于电磁散射理论的反射面天线表面误差的反演方法,公开时间:2015.04,中国,(201510056421.3)
[7]李娜;徐志超;谢楷;黄进;宋立伟;周金柱,基于方波模型的非理想金属表面位移电流计算方法,公开时间:2016.3.23,中国,(20160323006394)
[8]李娜;吴江;王从思;段宝岩;李鹏,考虑轨道不平度影响的大型反射面天线指向误差的计算方法,公开时间:2016.4.27,中国,(2016042701110730)
[9]李娜;王伟;吴江;张逸群;宋立伟;李鹏,面向指向精度的射电天望远镜轨道不平度逆向设计方法,公开时间:2016.6.24,中国,(2016062401279200)
[10]李娜;张茜;徐志超;胡凡凡;李鹏;宋立伟,基于随机波模型的非理想金属表面位移电流计算方法,公开时间:2016.6.27,中国,(2016062700516090)
[11]李娜;张茜;徐志超;胡凡凡;宋立伟;李鹏,公开时间:2016.6.27,中国,(2016062700481400)
5.主持科研项目:
[1]大型射电望远镜主副面结构共轭保型设计与型面协同调整方法研究;项目编号:U1931139;项目来源:国家自然科学基金委天文联合基金;项目金额:50万;起止时间:2020.01-2022.12.
[2] *****的关键技术与应用研究;项目编号:******;项目来源:国家*****培育项目;项目金额:240万;起止时间:2020.01-2021.12.
[3]基于误差分析的共形承载天线结构功能性设计方法;项目编号:51775402;项目来源:国家自然科学基金委;项目金额:60万;起止时间:2018.01 -2021.12.
[4]平板裂缝天线表面误差对其电性能的影响机理研究;项目编号:51305322;项目来源:国家自然科学基金委;项目金额:27万;起止时间:2014.01-2016.12.
[5]表面误差对高精度微波电子装备电性能的影响研究;项目编号:K5051304002;项目来源:中央基本科研业务经费;项目金额:6万;起止时间:2013.01-2014.12.
[6]基于误差反演理论的电子装备表面功能性设计方法;项目编号:JB150406;项目来源:中央基本科研业务经费;项目金额:6万;起止时间:2015.01-2016.12.
[7]基于多尺度理论的阵列天线表面面向电性能的功能性设计;项目编号:2016JQ5006;项目来源:自然科学基础研究计划-青年人才项目;项目金额:4万;起止时间:2016.01-2017.12.