Fan Desen, Wang Yuanxun. WAVEGUIDE JUNCTION AND GUIDE-HORN RADIATOR ANALYSIS-GUIDED-WAVE NUMERICAL BOUNDARY CONDITIONS AND THEIR APPLICATIONS[J]. Journal of Electronics & Information Technology, 1992, 14(4): 436-440.
Citation:
Fan Desen, Wang Yuanxun. WAVEGUIDE JUNCTION AND GUIDE-HORN RADIATOR ANALYSIS-GUIDED-WAVE NUMERICAL BOUNDARY CONDITIONS AND THEIR APPLICATIONS[J]. Journal of Electronics & Information Technology, 1992, 14(4): 436-440.
Fan Desen, Wang Yuanxun. WAVEGUIDE JUNCTION AND GUIDE-HORN RADIATOR ANALYSIS-GUIDED-WAVE NUMERICAL BOUNDARY CONDITIONS AND THEIR APPLICATIONS[J]. Journal of Electronics & Information Technology, 1992, 14(4): 436-440.
Citation:
Fan Desen, Wang Yuanxun. WAVEGUIDE JUNCTION AND GUIDE-HORN RADIATOR ANALYSIS-GUIDED-WAVE NUMERICAL BOUNDARY CONDITIONS AND THEIR APPLICATIONS[J]. Journal of Electronics & Information Technology, 1992, 14(4): 436-440.
As an important aspect of partial differential equation solutions of open-region electromagnetic field problems, the concept and algorithm of guided-wave global numerical boundary conditions are presented. Emphasis is placed on the two-dimensional guided-wave scattering and radiation analysis in the waveguides with plate-conducting boundaries. This analysis method can be readily expanded to cover many other guided-wave systems, leading to a new theoretical approach to the guide-horn like radiator analysis.
Desen Fan, Two-Dimensional Scattering Analysis by Global Numerical Boundary Condition Based PDE Techniques, 3rd International Symposium on Recent Advances in Microwave Technology, Nevada, USA, Aug. 1991.[2]樊德森,二维多体散射系统分析,电子科学学刊, 14(1992)3,252-258.[3]樊德森,多端口矩形波导E面波导结数值分析,电子学报,19(1991)4,71-78.[4]R. W. Charstein, IEEE Trans, on AP, 61P-37(1989)11, 1415-1426.[5]K. Hongo, Radio, Science, 7(1972)10, 955-963.
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