Add to ORKGThe finite-difference time domain (FDTD) technique and the Pade approximation with Baker's algorithm are used to calculate the mode frequencies and quality factors of cavities. Comparing with the fast Fourier transformation/Pade method, we find that the Fade approximation and the Baker's algorithm can obtain exact resonant frequencies and quality factors based on a much shorter time record of the FDTD output
The propagation losses in single-line defect waveguides in a two-dimensional (2D) square-lattice pho...
The quality factors of modes in square resonators are calculated based on the far-field emission of ...
This project deals with several issues on the use of Finite Difference TimeDomain (FDTD) method for ...
To save finite-difference time-domain(FDTD) computing time, several methods are proposed to convert ...
The exact calculation of mode quality factor Q is a key problem in the design of high-Q photonic cry...
This paper analyzes dielectric resonators using the FDTD method. Resonant frequencies and quality f...
The Pade approximation with Baker's algorithm is compared with the least-squares Prony method and th...
Resonant frequency analysis of the fundamental and higher-order modes of Lamé mode resonators on a l...
The mode frequency and the quality factor of nanowire cavities are calculated from the intensity spe...
The finite-difference time-domain (FDTD) method incorporating Berenger\u27s PML absorbing boundary c...
method in non-orthogonal co-ordinates (non-standard FDTD) is used to calculate the frequencies of re...
The simulations of complex electromagnetic cavities like reverberation chambers (RC) require a massi...
The time delay for light transmission in a coupled microring waveguide structure is calculated from ...
Over recent years, reverberation chambers have been analyzed by numerical techniques like the method...
Over recent years, reverberation chambers have been analyzed by many numerical techniques. This cont...
The propagation losses in single-line defect waveguides in a two-dimensional (2D) square-lattice pho...
The quality factors of modes in square resonators are calculated based on the far-field emission of ...
This project deals with several issues on the use of Finite Difference TimeDomain (FDTD) method for ...
To save finite-difference time-domain(FDTD) computing time, several methods are proposed to convert ...
The exact calculation of mode quality factor Q is a key problem in the design of high-Q photonic cry...
This paper analyzes dielectric resonators using the FDTD method. Resonant frequencies and quality f...
The Pade approximation with Baker's algorithm is compared with the least-squares Prony method and th...
Resonant frequency analysis of the fundamental and higher-order modes of Lamé mode resonators on a l...
The mode frequency and the quality factor of nanowire cavities are calculated from the intensity spe...
The finite-difference time-domain (FDTD) method incorporating Berenger\u27s PML absorbing boundary c...
method in non-orthogonal co-ordinates (non-standard FDTD) is used to calculate the frequencies of re...
The simulations of complex electromagnetic cavities like reverberation chambers (RC) require a massi...
The time delay for light transmission in a coupled microring waveguide structure is calculated from ...
Over recent years, reverberation chambers have been analyzed by numerical techniques like the method...
Over recent years, reverberation chambers have been analyzed by many numerical techniques. This cont...
The propagation losses in single-line defect waveguides in a two-dimensional (2D) square-lattice pho...
The quality factors of modes in square resonators are calculated based on the far-field emission of ...
This project deals with several issues on the use of Finite Difference TimeDomain (FDTD) method for ...