Electerical Engineering, Sharif University of Technology
Abstract
Photonic band-gap (PBG) crystals offer new dimensions of freedom in controlling propagation of electromagnetic waves. The existence of stop-bands in the transmission characteristic of these crystals makes them a suitable element for the realization of many useful microwave and optical subsystems. In this paper, we calculate the propagation constant of a one-dimensional (1-D) photonic crystal by using an equivalent transmission-line network. The method is expanded for structures with arbitrary variation in relative permittivity. The effect of filling factor and relative permittivity on the width of the band-gap and its frequency is also investigated.
AtaKaramians, S., & Hojjat, N. (2004). A New Method for Calculating Propagation Modes of a One Dimensional Photonic Crystal (RESEARCH NOTE). International Journal of Engineering, 17(1), 25-28.
MLA
S. AtaKaramians; N. Hojjat. "A New Method for Calculating Propagation Modes of a One Dimensional Photonic Crystal (RESEARCH NOTE)". International Journal of Engineering, 17, 1, 2004, 25-28.
HARVARD
AtaKaramians, S., Hojjat, N. (2004). 'A New Method for Calculating Propagation Modes of a One Dimensional Photonic Crystal (RESEARCH NOTE)', International Journal of Engineering, 17(1), pp. 25-28.
VANCOUVER
AtaKaramians, S., Hojjat, N. A New Method for Calculating Propagation Modes of a One Dimensional Photonic Crystal (RESEARCH NOTE). International Journal of Engineering, 2004; 17(1): 25-28.
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