Scaling laws of confinement loss and dielectric overlap in circularly arranged tube lattice fibers are numerically analyzed. Confinement loss scales as the 4.5 power of wavelength-core size ratio whereas dielectric overlap dependence is weaker.
Scaling laws in tube lattice fibers / Masruri, M.; Cucinotta, A.; Vincetti, L.. - 2015-:(2015). ( Conference on Lasers and Electro-Optics, CLEO 2015 San Jose, CA MAY 10-15, 2015).
Scaling laws in tube lattice fibers
Vincetti L.
2015
Abstract
Scaling laws of confinement loss and dielectric overlap in circularly arranged tube lattice fibers are numerically analyzed. Confinement loss scales as the 4.5 power of wavelength-core size ratio whereas dielectric overlap dependence is weaker.
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