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The dispersion of a broadband-guiding hollow core photonic crystal fiber, possessing a Kagome cladding structure, can be adversely influenced by weak residual mode interactions. The impact on pulse propagation is explored.
The dispersion of a broadband-guiding hollow core photonic crystal fiber, possessing a Kagome cladding structure, can be adversely influenced by weak residual mode interactions. The impact on pulse propagation is explored.
Saturated absorption spectroscopy in acetylene-filled, 19-cell kagome-structured hollow core photonic crystal fiber is investigated. The large core size of 70 mum allows for narrow sub-Doppler features, and the wavelength-insensitive transmission is suitable for frequency measurements.
The dispersion of a broadband-guiding hollow core photonic crystal fiber, possessing a Kagome cladding structure, can be adversely influenced by weak residual mode interactions. The impact on pulse propagation is explored.
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