Transmission Properties of the Symmetrical Structure of One-Dimensional Photonic Crystal Quantum Well
By using the transfer matrix method studying the transmission spectra and the interior electric field distribution of symmetric structure of one-dimensional light quantum-well (AB)m(ABCBA)n(BA)m , results show that with the increase of n, (2n-1) resonance transmission peaks appear in the transmission spectra of photonic quantum-well (AB)5(ABCBA)n(BA)5, and quantization effect is obvious; strong localized electric field appear in internal field Quantum-well : when n=1, the intensity of internal localized electric field of light quantum-well (AB)m(ABCBA)1(BA)m increases with m increasing, while m=5, intensity of internal local electric field light quantum-well (AB)5(ABCBA)n(BA)5 don’t change with the change of n, but local area expanded. These optical transmission properties provide guidance for the design of new optical device of photonic crystal.
A. Su and Y. J. Liang, "Transmission Properties of the Symmetrical Structure of One-Dimensional Photonic Crystal Quantum Well", Advanced Materials Research, Vols. 217-218, pp. 1696-1701, 2011