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PCF
Posted 04.10.2016, 14:46 GMT-4 Version 5.0 0 Replies
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I've been tryng to reproduce the results of the paper "Broadband, low-loss, dispersion flattened porous-core photonic bandgap fiber for terahertz (THz) - wave propagation"
Basicly the paper calculate the effective index for a range of frequencies and the disperssion of the PBGF configuration.
In this case they have a bandgap that varies with frequency, so i set one by one, but doing that I had a lot of manual work.
There'is anyway to range the frequencies and the Neff "search for modes arround" in the same time ?
Can anyone help me ?
Hello Markos Cardoso
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