Near field profile of multiple modes in a photonic crystal structure #1082
-
Hi, I am studying photonic crystal structures that exhibit multiple high-Q modes. To find the frequency of the modes, I use a time-series monitor and the Resonance finder plug-in. This works out well. |
Beta Was this translation helpful? Give feedback.
Replies: 1 comment 1 reply
-
Put a FieldMonitor that records at the frequency of each of the modes, and use apodization to exclude the time during which the source is active (note: the field normalization will be arbitrary). This should work well if your modes are reasonably well separated. However if you have modes that are close to degenerate, you may have to figure out a way to separate them additionally. This could be for example figuring out a source that would selectively excite one or the other (e.g. if one mode has a node where another has antinode). |
Beta Was this translation helpful? Give feedback.
Put a FieldMonitor that records at the frequency of each of the modes, and use apodization to exclude the time during which the source is active (note: the field normalization will be arbitrary). This should work well if your modes are reasonably well separated. However if you have modes that are close to degenerate, you may have to figure out a way to separate them additionally. This could be for example figuring out a source that would selectively excite one or the other (e.g. if one mode has a node where another has antinode).