DESIGN AND CHARACTERISTICS OF MULTI-LAYER ANTI-RESONANT HOLLOW FIBER
Citation
李志伟 (Li, Zhiwei). (2023, May). 多层反谐振新型空芯光纤的设计与特性研究 [DESIGN AND CHARACTERISTICS OF MULTI-LAYER ANTI-RESONANT HOLLOW FIBER] (硕士学位论文) [Master's Dissertation], 燕山大学 [Yanshan University]
Keywords
- Hollow-core anti-resonant fiber (HC-ARF)
- Finite element method (FEM)
- Low loss
- Single-mode characteristic
- Birefringence
- Multi-layer anti-resonant hollow-core fiber
- Cladding ring
- Nested structure
- Concentric circle structure
- Double-cladding
- Resonant tube
- Silicon tube
- Optical communication
- Sensing
- High power laser transmission
- Anti-resonant reflective optical waveguide (ARROW)
Brief
This thesis investigates the design and characteristics of multi-layer anti-resonant hollow-core fibers using finite element analysis to achieve low loss, single-mode transmission, and high birefringence for applications in optical communication and sensing.
Summary
This master's thesis explores the design and characteristics of novel multi-layer anti-resonant hollow-core fibers (HC-ARFs) using the finite element method to achieve low loss, single-mode transmission, and high birefringence for applications in optical communication and sensing, investigating various structural designs like nested configurations and cladding rings, and analyzing the impact of structural parameters on the fiber's performance.
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