专著:
(1)葛德彪,魏兵,《电磁波理论》,科学出版社,2011年8月出版,2013年8月第二次印刷(共484页,61万5千字)
(2)葛德彪,魏兵,《电磁场时域计算方法概论(上)--时域积分方程法和时域有限差分法》,西电出版社,2014年11月(230页,35万字,附有FDTD和IETD一维仿真程序及算例)。
(3)葛德彪,魏兵,《电磁场时域计算方法概论(下)--时域有限元法》,西电出版社,2014年11月。(33万6千字,附有FETD一维仿真程序及算例)
著作附场分布彩页
论文:
2016
2015
(1)Le Cao, Bing Wei, Near field coupling characteristics analysis of radome over half space under HPEM, IEEE Transactions on Electromagnetic Compatibility, 10.1109/TEMC.2015.2445376. (SCI)
(2)Bing Bai, Zhong-Qi Niu, Yi Niu, Xi Yang, and Bing Wei, Fast Divison-Free Parallel Structure for convolution perfectly matched la[ant]yer in finite difference time domain method [J]. The Journal of China Universities of Posts and Telecommunications, 2015,22(1):72-76(EI).
(3)杨谦,魏兵,李林茜,葛德彪,DGTD用于RCS计算的初步研究,雷达学报,Vol.4, No:3,pp:361-366,2015年6月.
(4)Wang Xiao-Xiao,Wei Bing,Nine-point Reconstruction Method Based on Fourier-Bessel Series Expansion,2015 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference
(5)YANG Xin, WEI Bing, Triangulation of curved surface in the electromagnetic calculation,2015 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference
(6)Li Linqian, Wei Bing, Yang Qian , Ge Debiao, Finite-Element Time-Domain Method modeling of plasma media,2015 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference
(7)Fei Wang, Bing Wei, Lin-qian Li, Le Cao, Qian Yang,FDTD Formulation for Dispersive Chiral Media Using the Newmark Method,2015 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference
2014
(1)王飞,魏兵,李林茜,色散介质电磁特性分析的Newmark-FDTD方法,物理学报,Vol.63, No.10(2014),104101(SCI)
(2) Le Cao and Bing Wei, Scattering of targets over la[ant]yered half space using a semi-analytic method in conjunction with FDTD algorithm, Optic Express, Vol.22, No.17,DOI:10.1364/OE.22.020691(SCI)
(3) Bing WEI,Le CAO,Fei WANG,Qian YANG,Frequency-dependent FDTD algorithm using Newmark’s method, International Journal of Antenna and Propatation.(SCI)
(4)王飞,魏兵,杨谦,李林茜,基于Newmark算法的任意磁化方向铁氧体电磁散射时域有限差分分析,物理学报, Vol.63, No.16(2014),164101(SCI)
(5)葛德彪,杨谦,李林茜,魏兵,TE波时域棱边有限元方法:线磁流辐射与散射分析,伊犁师范学院学报(自然科学版),Vol.8, No.3, pp:52-60.
2013
(1) Le Cao, Bing Wei and De-biao Ge,computation of far radiation field of an arbitrarily oriented dipole above la[ant]yered anisotropic half space, waves in random and complex media,DOI:10.1080/17455030.2013.850551
(2)王飞,魏兵,电各向异性色散介质电磁散射时域有限差分分析的半解析递归卷积方法,物理学报,Vol.62, No.4(2013),044101
(3)王飞,魏兵,任意磁场情形下铁氧体电磁散射的z变换方法,物理学报,Vol.62, No.8(2013),084105
(4)CAO LE, WEI BING, WANG WEI-JUAN, ZHAO XUNWANG, COMPUTATION OF TARGET SCATTERING OVER THE HALF-SPACE USING A SEMI-ANALYTIC FDTD METHOD, IET International radar conference 2013, 14-16 April 2013, Xi’an, China.
(5)Cao Le, Wei Bing, Zhao Peng,COMPUTATION OF FAR RADIATION FIELD OF AN ARBITRARILY ORIENTED DIPOLE ABOVE ANISOTROPIC HALF SPACE,2013 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference (CSQRWC2013),十篇会议优秀论文之一
(6)Shugang Jiang, Bing Wei, Yu Zhang,Analysis of Near-Field Characteristic of Airborne Antenna,2013 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference (CSQRWC2013),
(7)Yang Qian, Wei Bing, Li Lingqian, Ge Debiao,2D edge FETD method analysis the scattering of a cylinder: TE wave,2013 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference (CSQRWC2013),
(8)Li Linqian, Wei Bing, Yang Qian, Ge Debiao,Introduction of Plane-Wave of Two-Dimension Node TDFEM Bases on Method of Galerkin: TM Case,2013 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference (CSQRWC2013)
2012
(1)Wei Bing, He Qiong, Li Jie, Li Ren-xian, and Guo Li-xin, Transient Response of Thin Wire above a la[ant]yered Half-Space Using TDIE/FDTD Hybrid Method, International Journal of Antennas and Propagation, Vol.2012, Article ID 321452, doi:10.1155/2012/321452(SCI)
(2)葛德彪,魏兵,互易定理计算分层半空间上方任意取向偶极子的远区场,物理学报,Vol.60, No.5(2012),050301(SCI)
(3)Cao Le, Wei Bing, Ge De-biao, Xu Hong-bing, Guo Li-xin,Far Field of An Arbitrarily Oriented Helical Antenna over the Half Space,2012 Cross Strait Quad-Regional Radio Science and Wireless Technology Conference (CSQRWC2012),pp: 217-219, 2012. (EI:20124415618626)
(4)Cao Le, Wei Bing, Ge De-biao, Huangfu Hui-dong, Computation Transient Far radiation Field of an Arbitrarily Oriented Dipole over the Half-space Using the Reciprocity Theorem and Fourier Transform, 2012 IEEE International Workshop on Electromagnetics: Applications and Student Innovation Competition. ( EI:20124715700717)
(5)Cao Le, Wei Bing, Wang Fei, He Qiong,Zhang Yu-qiang,Computation Transient Far Radiation Field of a Helical Antenna over the Half-space using the Semi-analytic Method, ISAPE 2012,pp:698-701.( EI:20130716025312)
(6)Hong-Bing Xu, Bing Wei, Fei Wang, Zheng-Sen Wu, Analysis EM Characteristics of Tiny Periodic Structure with FDTD Method, ISAPE 2012, p 947-950, ( EI: 20130716025376)
2011
(1)WEI Bing, ZHOU Yun, GE Debiao, GUO Lixin,A General Finite Difference Time Domain Method for Hybrid Dispersive Media Model,Waves in Random and Complex Media,1745-5049, Vol.21, No.2, 2011, pp:336-347 (SCI,EI)
(2)魏兵,何琼,李杰,葛德彪,郭立新,一种计算分层半空间上方导线瞬态响应的新方法,物理学报,Vol.60, No.10(2011),104102(SCI)
(3)J. Li, B. Wei, Q. He, L.-X. Guo, and D.-B. Ge,Time-Domain Iterative Physical Optics Method for Analysis of Em Scattering From Target em[ant]bedded in Rough Surface,Progress In Electromagnetics Research, Vol. 121, 391-408, 2011.(SCI)
(4)Qun Weia, Li-Xin Guo, Zi-Yuan Yang, Bing Wei, Dong-Yun Zhang,Studies of the defect structure for V3+ ions in wurtzite structure ZnO,Spectorchimica ACTA, Vol.82A, No.1 2011. pp:137-139.(SCI)
(5)Q. Wei, L.-X. Guo, Z.-Y. Yang and B. Wei, Spin–Spin and Spin–Other-Orbit Interactions of Spin-Hamiltonian Parameters for 3d2(8) Ions in Al2O3 Crystals, ACTA PHYSICA POLONICA A,Vol.119, No.6, 2011, pp:857-859.(SCI,EI)
(6)Qun Wei, Li-Xin Guo, Zi-Yuan Yang, Bing Wei,Studies of the g factors of the ground 4A2 and the first excited 2E state of Cr3+ ions in emerald, Spectrochimica Acta Part A,Vol.79 No.6,2011,1187–1190.(SCI,EI)
(7)Qun Wei, Li-Xin Guo, Zi-Yuan Yang, Bing Wei,Zhang Dong Yun, Studies of the defect sturctrue for V3+ ions in wurtzite structure ZnO, Spectrochimica Acta Part A,Vol.82 No.1,2011,137–139.(SCI,EI)
(8)Li Jie, GUO Li-Xin, HE Qiong, WEI Bing, Electromagnetic Scattering from Randomly Rough Surfaces with Hybrid FEM/BIE. CHIN. PHYS. LETT. Vol.28, No.10(2011)104101(SCI)
(9)王飞, 葛德彪, 魏兵,二维磁等离子体目标FDTD分析的移位算子方法,西安电子科技大学学报, Vol.38, No.1 ,2011,85–89+130.(EI)
(10)李杰,何琼,郭立新,魏兵. 基于精确几何建模的复合电磁散射分析[OL].中国科技论文在线http://www.paper.edu.cn/index.php/default/releasepaper/content/ 201108- 303
(11)魏兵,曹乐,葛德彪,半空间上方偶极子辐射特性研究,Vol.26(Sup.),2011,89–92.
(12)李林茜,石雁祥,王飞,魏兵,SO-FDTD方法分析弱电离尘埃等离子体板的反射和透射,Vol.26(Sup.),2011,276.
(13)殷鹏,魏兵,王飞,FDTD建模与多方向外推并行算法,电波科学学报,Vol.26(Sup.),2011,38–41.
(14)王飞,魏兵,葛德彪,色散介质时域有限差分方法的通用吸收边界,电波科学学报,Vol.26(Sup.),2011,11–15.
2010
(1)魏兵,董宇航,王飞,李存志,基于移位算子时域有限差分的色散薄层节点修正算法,物理学报,Vol.59,No.4, pp:2443-2450,2010 (SCI)
(2)Bing Wei; Shiquan Zhang; Fei Wang; Debiao Ge, A novel UPML FDTD absorbing boundary condition for dispersive media, Waves in Random and Complex Media, 1745-5049, Vol.20, No.3, 2010, pp:511-527(SCI,EI)
(3)魏 兵,葛德彪,王飞,龚书喜,微波段电单轴介质主轴方向确定及参数反演,系统工程与电子技术,Vol.32,No.10, pp:2016-2020,2010. (EI)
(4)胡晓娟,卢兆林,葛德彪,魏兵,韩奎,基于三角面元数据的涂层目标FDTD共形网格生成技术,系统工程与电子技术,Vol.32,No.9, pp:1884-1888,2010.(EI)
(5)魏 兵,房 超,葛德彪,李天凡,B-2电磁散射特性的FDTD分析,天线学报(2010年全国电磁散射与逆散射学术会议专辑),2010年第一期,pp:55-58。
(6)王飞,葛德彪,魏兵,磁化铁氧体覆盖二维导体目标FDTD分析的移位算子方法,光子学报,Vol.39,No.3, pp:499-503,2010.
(7)殷鹏,魏兵,宋刘虎,半空间上方目标散射的半解析FDTD方法,应用光学,Vol.31(Sup.), pp:64-67,2010.
(8)魏兵,王倩,郭立新,李平舟,基于Matlab语言的电磁波理论教学实践,应用光学,Vol.31(Sup.), pp:139-142,2010.
2009
(1)WEI Bing, WANG Fei, GE Debiao, Reconstruction permittivity tensor and principal axis for uniaxial medium in microwave band, Progress In Electromagnetics Research M(ISSN:1937-8726), Vol. 6, pp:107–122, 2009(EI)
(2)魏 兵,李小勇,王飞,葛德彪,一种色散介质FDTD通用吸收边界,物理学报,Vol.58,No.7, pp:6174-6178,2009。(SCI,EI)
(3)We Bing,Zhang Shi-quan,Dong Yu-hang,Wang Fei,A General FDTD algorithm handing thin dispersive la[ant]yers,Progress In Electromagnetics Research B, Vol. 18, pp:243–257, 2009
(4)王 飞,葛德彪,魏 兵,磁化铁氧体电磁散射的移位算子FDTD分析,物理学报,Vol.58,No.7, pp:6356-6362,2009。(SCI,EI)
(5)张 邵,葛德彪,张玉强,魏 兵,一种双开口谐振环结构的新型双负介质,强激光与粒子束,Vol.21,No.9, pp:1370-1374,2009。(EI)
(6)弓树宏,郭立新,李平舟,魏兵,“拓展”与“收敛”教学法相结合培养创新人才,中国电子教育,2009年第1期,pp:48-51。
(7)魏 兵,郭立新,李平舟,弓树宏,多校区环境下大学生教育模式的探索,中国电子教育,2009年第2期,pp:28-32。
(8)魏兵,董宇航,葛德彪,郭立新,复合目标电磁散射的FDTD分析,航空兵器,pp:243–257, 2009第5期(总第253期)
2008
(1)魏 兵,葛德彪,王 飞,一种处理色散介质问题的通用时域有限差分方法,物理学报,Vol.57,No.10, pp:6290-6297,2008。(SCI,EI)
(2)Wang M Y, Xu J, Wu J, Wei B, Li H L, Xu T, and Ge D B. FDTD study on wave propagation in la[ant]yered structures with biaxial anisotropic me[ant]tamaterials. Progress in electromagnetics research, PIER 81, pp.253-265, 2008. (SCI,EI)
(3)Zhang Shao, Ge Debiao, Wei Bing, Numerical Study of A New Type of Tunable SRR me[ant]tamaterial Structure,JEMWA volume 22, no. 13, page 1819-1828, 2008。(SCI,EI)
(4)姜彦南,葛德彪,魏 兵,分层背景2维FDTD中斜入射平面波的引,强激光与粒子束,Vol.20,No.4, pp:633-636,2008。(EI)
(5)王茂琰,徐 军,魏 兵,李海龙,吴健,基于移位算子法高斯波束与双负介质板相互作用的FDTD分析,微波学报,Vol.24,No.1, pp:10-14。
(6)胡晓娟,葛德彪,魏 兵,基于TF/SF方法的三维复合目标电磁散射FDFD研究,计算物理,Vol.25,No.3, pp:309-314,2008。(EI)
(7)王 飞,葛德彪,魏 兵,SO-FDTD法计算磁化等离子体层的反射透射系数,电波科学学报, Vol.23,No.4, pp:704-707+739, 2008。(EI)。
(8)姜彦南,葛德彪,魏 兵,并行时域有限差分算法中的吸收边界研究,系统工程与电子技术, Vol.30,No.9, pp:1636-1640, 2008。(EI)。
(9)杨凌霞,葛德彪,魏 兵,组合目标电磁散射的FDTD/TDPO时域混合法,系统工程与电子技术, Vol.30,No.4, pp:637-640, 2008。(EI)。
(10)李小勇,魏 兵,色散介质FDTD通用吸收边界研究:一维情形,应用光学,Vol.29,专刊,pp:184-187。2008年12月。
(11)董宇航,魏 兵,李存志,FDTD模拟金属基底色散介质薄层的节点修正法,应用光学,Vol.29,专刊,pp:107-109。2008年12月。
2007
(1)Wei Bing, Ge Debiao, Shen Ning, A new scheme for determination of effective constitutive parameters for composite media, Journal of the Japan society of applied electromagnetic and mechanics (JSAEM), Vol.15,No.3,pp:262~265,September 2007。
(2)L. X. Yang, D. B. Ge, and B. Wei, Fdtd/Tdpo Hybrid Approach for Analysis of the EM Scattering of Combinative Objects, Journal of electromagnetic waves and applications progress in electromagnetic research, PIER.76, pp:275~284,2007。(SCI; EI)
(3)杨利霞,葛德彪,魏兵,电各向异性介质电磁散射的三维递推卷积-时域有限差分方法分析,物理学报,Vol.56,No.8,pp:4509~4514,2007。(SCI, EI)
(4)杨凌霞,葛德彪,魏兵,电大尺寸目标的TD-PO分析,电波科学学报,Vol.22,No.4,pp:552~556,2007。(EI)
(5)胡晓娟,葛德彪,魏兵,基于三角面元建模的共形FDTD网格生成技术,强激光与粒子束,Vol.19,No.8,pp:1333~1337,2007。(EI)
(6)王茂琰, 徐军, 魏兵, 葛德彪. 双负介质覆盖导体球宽带散射特性分析. 电子科技大学学报, 2007年10月,Vol.36,No.5, pp:880-882(EI)
(7)王茂琰,吴健,徐军,魏兵,电磁波与双负介质板相互作用的FDTD 分析,中国电子科学研究院学报,Vol.2 No.5,Oct. 2007,pp.471-475
(8)魏 兵,葛德彪,龚书喜,各向异性有耗板状材料介质参数的反演,电波科学报(增刊),2007年9月,西安
(9)吴盛辉,葛德彪,丁世敬,魏兵,王飞,分层吸波材料的PSO优化设计,电波科学报(增刊),2007年9月,西安
(10)魏 兵,郭立新,电波传播专业建设的再思考,西安电子科技大学学报(社会科学版),Vol.17(增刊),No.6,pp:169~171,2007。
(11)魏 兵,郭立新,电波传播专业建设的几点思考,中国电子教育,Vol.49,No.3,pp:43~45,2007。
(12)杨凌霞、葛德彪、魏兵,一种新的时域混合分析组合目标电磁散射,目标与环境特性研究,No.1,pp.26~33,2007。
(13)胡晓娟、葛德彪、魏兵,基于TF/SF方法的三维电磁散射FDFD方法研究,目标与环境特性研究,No.2,pp.18~24,2007。
2006
(1)杨利霞,葛德彪,郑奎松,魏 兵等,电各向异性介质FDTD并行算法研究,电波科学学报,Vol.21 No.1,pp:43~48,2006。(EI)
(2)杨利霞,葛德彪,魏 兵,郑奎松葛宁等,FDTD并行算法研究:电和磁本构参数均为各向异性清形,电子学报,Vol.34 No.9,pp:1703~1707,2006。(EI)
(3)魏 兵,葛德彪,王茂琰,金属柱覆盖双负介质时的宽带散射,系统工程与电子技术,Vol.28,No.6,pp.840-843,2006.(EI)
(4)胡晓娟,葛德彪,魏兵,基于等效介质参数的薄涂层MCFDTD方法研究,系统工程与电子技术,Vol.28,NO.11:1652~1654. 2006.11。(EI)
(5)魏 兵,葛德彪,郑奎松,秦海俊,利用平板样品反演各向异性介质的本构参数,微波学报,Vol.22,No.2,pp.26-29,2006.
(6)魏 兵,郭立新,“大学物理”教学中科学计算能力的培养,西安电子科技大学学报(社会科学版),Vol.16,NO.2:48~50,2006.4。
(7)魏 兵,郭立新,电波传播专业建设的几点建议,西安电子科技大学学报(社会科学版), Vol.16,NO.2:142~143. 2006.4。
(8)杨凌霞、葛德彪、魏兵,时域物理光学方法分析目标瞬态电磁散射,目标与环境特性研究,No.2,pp.6~12,2006。
2005
(1)魏 兵,葛德彪,各向异性有耗介质板介电系数和电导率的反演,物理学报,Vol.54. No.2, pp.648-652, 2005 (SCI,EI)
(2)魏 兵、葛德彪,大学物理教学改革的几点体会,西安电子科技大学学报(社会科学版),2005年第1期(总第15卷,第56期),pp.114-116,2005.
(3)杨利霞,葛德彪,魏兵,并行算法研究:电、磁均为各向异性的情形,目标与环境特性研究,2005年第1期(总第33期),pp.17-23.
(4)申 宁,葛德彪,魏兵,FDTD计算金属腔体谐振频率的弱损耗法,西北大学学报,2005增刊。PP.63-66.
(5)Yang Lixia, Ge Debiao,Wei Bing. An Equivalent Anisotropic Coating Technique Based on Dyadic Surface Impedance Boundary Condition, Chinese Journal of Electronics, Vol.14. No.4, Oct. pp.712-716, 2005. (SCI,EI).
(6)郑奎松,葛德彪,魏 兵,分析周期性结构的一维Crack-Nicolson FDTD方法,系统工程与电子技术,Vol.27,No.8,pp.1332-1335,2005.(EI).
(7)杨凌霞,葛德彪,魏 兵,金属表面搭接缝电磁耦合效应分析,强激光与离子束,Vol.17, No.10, pp.1553-1556, 2005. (EI)
2004
(1)葛德彪,杨凌霞,魏 兵,田春明,时域等效边缘电流方法计算平板的瞬态散射,西安电子科技大学学报,Vol.31,No.3,pp.329-333, 2004.(EI).
(2)郑奎松,葛德彪,魏 兵,战斧导弹的FDTD建模与RCS计算,系统工程与电子技术,Vol.26,No.7,pp.896-899, 2004.(EI).
(3)郑奎松,葛德彪,魏 兵,蔡汝峰,田春明,分析周期性结构的Crank-Nicolson FDTD方法,Vol.19,增刊,pp.89-91, 2004.10。
(4)杨利霞,葛德彪,郑奎松,魏 兵,电各向异性介质FDTD并行算法的实现,Vol.19,增刊,pp.63-65, 2004.10.
(5)葛德彪,朱湘琴,杨利霞,郑奎松,魏 兵,秦海俊, FDTD应用于各向异性介质及半空间散射问题, Vol.19,增刊,pp.41-44, 2004.10
(6)杨利霞,葛德彪,魏兵,金属表面各向异性介质薄层介质参数等效方法研究,目标与环境特性研究,2004年第2期(总第30期),pp.1-9.
2003
(1)郑宏兴,葛德彪,魏 兵,用FDTD方法计算二维各向异性涂层目标的RCS,系统工程与电子技术,Vol.25,No.1,pp.4-6, 2003.(EI).
(2)魏 兵,葛德彪,各向异性介质板横向介质参数的反演,微波学报,Vol.19,No.2,pp.6-9,2003.
(3)魏 兵,葛德彪,导电平板上任意缝隙填充各向异性介质时TM波散射和传输特性分析,计算物理,Vol.20,No.5,pp.223-228,2003.
(4)Wei Bingand Ge Debiao, Scattering by a two-dimensional cavity filled with anisotropic medium, Waves in random media, Vol.13. No.4, pp.223-240, 2003 (SCI;EI).
(5)Yang Lingxia, Ge Debiao, Wei Bing, Modification to the fringe component of diffraction coefficient in TD-EEC method, International Journal of Infrared and Millimeter Waves. Vol.24, No.11, pp.1893-1897, 2003. (SCI,EI).
(6)葛德彪,杨凌霞,魏 兵,田春明,时域等效边缘电流方法计算平板的瞬态散射,目标与环境特性研究,2003年第3期(总第27期),pp.7-13.
(7)魏 兵,葛德彪,张世全,金属机翼具有非均匀等离子体覆盖层时的宽带后向散射,目标与环境特性研究,2003年第4期(总第28期),pp.12-15.