Optical properties of a superconducting annular periodic multilayer structure

Mei Soong Chen; Chien-Jang Wu; Tzong Jer Yang

doi:10.1016/j.ssc.2009.08.002

Optical properties of a superconducting annular periodic multilayer structure

Mei Soong Chen, Chien-Jang Wu, Tzong Jer Yang

Graduate Institute of Electro-Optical Science And Technology

Research output: Contribution to journal › Article

13 Citations (Scopus)

Abstract

The optical properties of a superconducting annular Bragg reflector (SABR) are theoretically investigated based on the transfer matrix method for the cylindrical waves. For TM wave at an azimuthal mode number, m ≥ 1, it is found that there exist some novelties compared with the usual superconducting planar Bragg reflector (SPBR). An additional high-reflectance band is seen and some reflection dips near the threshold wavelength of a superconductor are generated as well. These two special results arising from the higher order azimuthal mode of the cylindrical waves are not found in the SPBR. The results suggest that the SABR could be used to design a narrowband transmission filter or an annular resonator without introducing any physical defect layer in the structure.

Original language	English
Pages (from-to)	1888-1893
Number of pages	6
Journal	Solid State Communications
Volume	149
Issue number	43-44
DOIs	https://doi.org/10.1016/j.ssc.2009.08.002
Publication status	Published - 2009 Nov 1

Keywords

A. Superconductors
A. Thin films
D. Optical properties

ASJC Scopus subject areas

Chemistry(all)
Condensed Matter Physics
Materials Chemistry

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10.1016/j.ssc.2009.08.002

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Chen, M. S., Wu, C-J., & Yang, T. J. (2009). Optical properties of a superconducting annular periodic multilayer structure. Solid State Communications, 149(43-44), 1888-1893. https://doi.org/10.1016/j.ssc.2009.08.002

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abstract = "The optical properties of a superconducting annular Bragg reflector (SABR) are theoretically investigated based on the transfer matrix method for the cylindrical waves. For TM wave at an azimuthal mode number, m ≥ 1, it is found that there exist some novelties compared with the usual superconducting planar Bragg reflector (SPBR). An additional high-reflectance band is seen and some reflection dips near the threshold wavelength of a superconductor are generated as well. These two special results arising from the higher order azimuthal mode of the cylindrical waves are not found in the SPBR. The results suggest that the SABR could be used to design a narrowband transmission filter or an annular resonator without introducing any physical defect layer in the structure.",

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N2 - The optical properties of a superconducting annular Bragg reflector (SABR) are theoretically investigated based on the transfer matrix method for the cylindrical waves. For TM wave at an azimuthal mode number, m ≥ 1, it is found that there exist some novelties compared with the usual superconducting planar Bragg reflector (SPBR). An additional high-reflectance band is seen and some reflection dips near the threshold wavelength of a superconductor are generated as well. These two special results arising from the higher order azimuthal mode of the cylindrical waves are not found in the SPBR. The results suggest that the SABR could be used to design a narrowband transmission filter or an annular resonator without introducing any physical defect layer in the structure.

AB - The optical properties of a superconducting annular Bragg reflector (SABR) are theoretically investigated based on the transfer matrix method for the cylindrical waves. For TM wave at an azimuthal mode number, m ≥ 1, it is found that there exist some novelties compared with the usual superconducting planar Bragg reflector (SPBR). An additional high-reflectance band is seen and some reflection dips near the threshold wavelength of a superconductor are generated as well. These two special results arising from the higher order azimuthal mode of the cylindrical waves are not found in the SPBR. The results suggest that the SABR could be used to design a narrowband transmission filter or an annular resonator without introducing any physical defect layer in the structure.

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