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Publications by Masanori Koshiba
Multi-Core Fiber Design and Analysis: Coupled-Mode Theory and Coupled-Power Theory
Optics Express
Optics
Atomic
Molecular Physics,
A Large Effective Area Multi-Core Fiber With an Optimized Cladding Thickness
Optics Express
Optics
Atomic
Molecular Physics,
Design and Characterization of Single-Mode Holey Fibers With Low Bending Losses
Optics Express
Optics
Atomic
Molecular Physics,
Full-Vectorial Coupled Mode Theory for the Evaluation of Macro-Bending Loss in Multimode Fibers. Application to the Hollow-Core Photonic Bandgap Fibers
Optics Express
Optics
Atomic
Molecular Physics,
Design of Effectively Single-Mode Air-Core Photonic Bandgap Fiber With Improved Transmission Characteristics for the Realization of Ultimate Low Loss Waveguide
Optics Express
Optics
Atomic
Molecular Physics,
The Role of Artificial Defects for Engineering Large Effective Mode Area, Flat Chromatic Dispersion, and Low Leakage Losses in Photonic Crystal Fibers: Towards High Speed Reconfigurable Transmission Platforms
Optics Express
Optics
Atomic
Molecular Physics,
Non-Proximity Resonant Tunneling in Multi-Core Photonic Band Gap Fibers: An Efficient Mechanism for Engineering Highly-Selective Ultra-Narrow Band Pass Splitters
Optics Express
Optics
Atomic
Molecular Physics,
Design of Narrow Band-Pass Filters Based on the Resonant-Tunneling Phenomenon in Multi-Core Photonic Crystal Fibers
Optics Express
Optics
Atomic
Molecular Physics,
Fluidic Sensors Based on Photonic Crystal Fiber Gratings: Impact of the Ambient Temperature
IEEE Photonics Technology Letters
Electronic Engineering
Optics
Molecular Physics,
Optical
Electrical
Atomic
Magnetic Materials
Electronic
Photonic Bandgap Fiber Filter Design Based on Nonproximity Resonant Coupling Mechanism
IEEE Photonics Technology Letters
Electronic Engineering
Optics
Molecular Physics,
Optical
Electrical
Atomic
Magnetic Materials
Electronic
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