Transmission Spectra of Quantum-Well Structured Photonic Crystals with Positive- or Negative- Refractive Index Materials

Qiang Hua Lu; Ying Jun Gao; Mei Na Jiao

doi:10.4028/www.scientific.net/MSF.663-665.191

Paper Titles

Synthesis and Luminescent Properties of Violet-Ultraviolet Long Afterglow Phosphors
p.170

Influence of Flux on Morphological and Luminescent Properties of Y₃Al₅O₁₂:Tb³⁺ Phosphor
p.177

Surfacial Metallization of Carbon Fibers by Copper Coating and Field Emission Properties
p.183

Photocatalytic Performance of Polyoxometallate Intercalated Layered Double Hydroxide
p.187

Transmission Spectra of Quantum-Well Structured Photonic Crystals with Positive- or Negative- Refractive Index Materials
p.191

Electronic and Optical Properties of the Zn and Mg Doped AlN
p.195

Kinetic Monte Carlo Simulation of the Flux Dependence of Semiconductor Quantum Dot Growth
p.199

Characteristics of a Triode Field Emission Display Panel with the Suspension Gate Structure
p.203

Effect of Anionic Surfactants with Different Structure on the Fluorescent Properties of the CPPO-H₂O₂-Rhodamine B System
p.207

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Transmission Spectra of Quantum-Well Structured Photonic Crystals with Positive- or Negative- Refractive Index Materials

Abstract:

By means of the transfer matrix method, transmission spectra and dispersion relationships of photonic crystals (AB) m (CD) n (AB) m (CD) n (AB) m are investigated herein. The number and highness of transmission peaks are found to relate closely with the repeating periodicity n, and (CD)n medium of positive- or negative- refractive index as well. The results may be helpful for designing optical filters of desired properties.