Abstract
We introduce a novel method based on mathematical equations to evaluate Photonic Band Gap (PBG) of the 2D hexagonal structures. By using regression analysis, extraction of PBG in all of 2D hexagonal structures is possible. We show that the mathematical equations that reached in this work have sufficient validity with comparing other numerical methods such as Plane Wave Expansion (PWE) and so etc. We demonstrate this validity for both 2D hexagonal air holes in dielectric medium and dielectric rods in air cases. The results show that the PBG region of both above mentioned kinds tend toward lower normalized frequencies by increasing the refractive index of dielectric material. The developed formulas in this work consist all of the physical parameters of structures such as lattice constant, refractive indices and dielectric radiuses. The resulting equations are suitable for applicable optical devices designing to tune the desired PBGs. These equations have minimum errors compared with other methods and it has been shown that results are matched very well with numerical simulations.
©[2013] by Walter de Gruyter Berlin Boston
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- News
Artikel in diesem Heft
- Masthead
- Editorial
- Interesting Observation on the Performance of Dual Concentric Core Fiber Raman Amplifier due to Change in Core Gap Radius in an Extended Version
- DPSK Modulated (Tbit/s) Transmission Incorporating Dispersion-compensated Hybrid Amplifier
- Numerical Analysis of NTW-SOA for Differential Inline Detector Applications
- Bandgap Calculation of 2D Hexagonal Photonic Crystal Structures Based on Regression Analysis
- Design and Simulation of the Light-trail Node for Mesh WDM Networks
- Implementing Universal Priority DBA Algorithm in PIC based EPON Testbed
- Upgrade of Passive Optical Network using Raman Amplification
- Shortest Path First to Optimize the Optical Multicast Routing Cost and Wavelength Consumption for WDM Network
- Next-Generation Variable-Line-Rate Optical WDM Networks: Issues and Challenges
- Performance Evaluation and PMD Tolerance of PM-QPSK at 100 Gbit/s in Dispersion Managed 64 Channel Long Haul DWDM Optical Communication Link
- A Survivable WDM-PON Architecture Using Optical Carrier Suppression Technique
- Performance Analysis of Optical Code Division Multiplex System
- Effect of Modulation Formats in Hybrid Amplified Radio over Fiber Systems
- 2.50 Gbit/s FSO System using PPM Modulation Schemes in HAP to Ground Links
- Wireless Overlay Backhauling over Bidirectional Colorless WDM-PONs: the Impact of the Baseband Channel
- Bit Error Rate and Outage Rate Results for Non-Zero Turbulence Cells over Gamma-Gamma Free-Space Optical Wireless Channel
- Simulative Analysis of CATV Systems for Long Haul Transmission
- Impact of Initial Laser Phase Values on Soliton Transmission
- Determination of Propagation Characteristics of Crucial Planar Wave Guide Structures by Finite Difference Method
- News