Get all the updates for this publication
Proceedings Article
Low dispersion and high nonlinearity microstructured photonic quasicrystal fiberPublished in IEEE
2013
We design a graphene coated side-polished photonic crystal fiber for constructing a broad band saturable absorber. To determine the characteristics of saturable absorber, we compute the attenuation and power transmission characteristics for various polishing depths.
Topics: Microstructured optical fiber (71)%71% related to the paper, Photonic-crystal fiber (65)%65% related to the paper, Dispersion-shifted fiber (60)%60% related to the paper, Photonic crystal (58)%58% related to the paper and Graded-index fiber (56)%56% related to the paper
View more info for "Low dispersion and high nonlinearity microstructured photonic quasicrystal fiber"
Content may be subject to copyright.
About the journal
| Journal | Data powered by TypesetWorkshop on Recent Advances in Photonics (WRAP) |
|---|---|
| Publisher | Data powered by TypesetIEEE |
| Open Access | No |
Authors (3)
Senthilnathan K- Generation of Few-Cycle Laser Pulses Using A Photonic Quasi-crystal Fiber
- Few-cycle pulse generation using low confinement loss solid-core photonic quasi-crystal fiber
- Generation of bright and dark solitons in photonic nanowire
- Large dispersion and high nonlinearity in silicon nanowire embedded photonic crystal fiber
Ramesh Babu P- Generation of Few-Cycle Laser Pulses Using A Photonic Quasi-crystal Fiber
- Few-cycle pulse generation using low confinement loss solid-core photonic quasi-crystal fiber
- Large dispersion and high nonlinearity in silicon nanowire embedded photonic crystal fiber
- Low dispersion and high nonlinearity microstructured photonic quasicrystal fiber
Sivabalan S- Few-cycle pulse generation using low confinement loss solid-core photonic quasi-crystal fiber
- Generation of bright and dark solitons in photonic nanowire
- Large dispersion and high nonlinearity in silicon nanowire embedded photonic crystal fiber
- Micro-structured Clad Leakage Channel Fiber for High Energy Supercontinuum Generation in Mid-infrared Wavelengths
