An efficient novel time-domain finite-element approach for the analysis of photonic crystal resonant cavities is here introduced. This approach includes a current source, the full-band scheme, isoparametric triangular elements, and perfectly matched layers. The resonant frequency, quality factor, effective modal area, and field distribution can be obtained in a single simulation.16381681
This thesis investigates the application of a recently developed numerical technique, the Flexible L...
To investigate light propagation in photonic crystal structures, the finite element method is employ...
To investigate light propagation in photonic crystal structures, the finite element method is employ...
Finite-element analysis in time and frequency domains using perfectly matched layers and isoparametr...
A 2-D photonic crystal cavity device is investigated in this thesis. A simplified flexible local app...
Two-dimensional photonic crystals represent a versatile technology platform for constructing photoni...
In this paper we propose a new finite element frequency domain (FEFD) method to compute the band spe...
In this paper we propose a new finite element frequency domain (FEFD) method to compute the band spe...
UnrestrictedTwo-dimensional photonic crystals represent a versatile technology platform for construc...
AbstractIn this paper we propose a new finite element frequency domain (FEFD) method to compute the ...
This work focuses on the study of the influence of geometrical parameters on the quality factor of a...
This work focuses on the study of the influence of geometrical parameters on the quality factor of a...
The finite element method (FEM) is presented as an efficient technique for modelling photonic crysta...
Abstract-Spectral properties of photonic crystal doubleheterostructure resonant cavities were invest...
this paper aims to develop novel smoothed finite element method (SFEM) for the analysis of photonic ...
This thesis investigates the application of a recently developed numerical technique, the Flexible L...
To investigate light propagation in photonic crystal structures, the finite element method is employ...
To investigate light propagation in photonic crystal structures, the finite element method is employ...
Finite-element analysis in time and frequency domains using perfectly matched layers and isoparametr...
A 2-D photonic crystal cavity device is investigated in this thesis. A simplified flexible local app...
Two-dimensional photonic crystals represent a versatile technology platform for constructing photoni...
In this paper we propose a new finite element frequency domain (FEFD) method to compute the band spe...
In this paper we propose a new finite element frequency domain (FEFD) method to compute the band spe...
UnrestrictedTwo-dimensional photonic crystals represent a versatile technology platform for construc...
AbstractIn this paper we propose a new finite element frequency domain (FEFD) method to compute the ...
This work focuses on the study of the influence of geometrical parameters on the quality factor of a...
This work focuses on the study of the influence of geometrical parameters on the quality factor of a...
The finite element method (FEM) is presented as an efficient technique for modelling photonic crysta...
Abstract-Spectral properties of photonic crystal doubleheterostructure resonant cavities were invest...
this paper aims to develop novel smoothed finite element method (SFEM) for the analysis of photonic ...
This thesis investigates the application of a recently developed numerical technique, the Flexible L...
To investigate light propagation in photonic crystal structures, the finite element method is employ...
To investigate light propagation in photonic crystal structures, the finite element method is employ...