Home › Forums › FDTD › PML Boundary Conditions › Reply To: PML Boundary Conditions
June 7, 2015 at 3:24 pm
#21441
According to your second question about choosing the parameters, if I am not mistaken, you should be able to input the dielectric permittivity and the magnetic permeability for each of layer that you are trying to match. The resultant impedance for these layers can be defined as a square root of the ratio of dielectric permittivity and the magnetic permeability of your matching layers. The limitations can be obtained when one of the layers is known…
Categories
- All
-
Knowledge
Contains a detailed Q&A knowledge base. -
General
All non-technical questions. -
System
Optical system design and analysis. -
Instrument
Communicate and control different kinds of instruments. -
SPICE
Opto-electronic circuit design. -
FDTD
Finite-Difference Time-Domain simulation. -
BPM
Beam Propagation Method analysis and design. -
Grating
Fiber optic grating simulation. -
Fiber
Optical fiber design and characterization. -
Exchange
Users can exchange design files.
(Matlab, C++, etc.)