Add to ORKGWe measure the correlation between the Brillouin characteristics and structural parameters of a holey fiber (HF). Our observations point to a means to perform high resolution non-destructive structural characterization along lengths of HF.Kentaro Furusawa, Zulfadzli Yusoff, Benn C. Thomsen, Tanya M. Monro and David J. Richardso
Structural health monitoring is a critical requirement in many composites. Numerous monitoring strat...
565-570A new technique for optical fiber defect detection using Brillouin distributed fiber optic se...
Abstract—A novel method for Brillouin gain spectrum mea-surements in optical fibers is presented. It...
We measure the correlation between the Brillouin characteristics and structural parameters of a hole...
We report the results of detailed measurements on the Brillouin frequency shift (BFS), gain bandwidt...
A holey fiber (HF) is an optical fiber whose optical properties and confinement mechanism are define...
We demonstrate for what is believed to be the first time a Brillouin laser based on a holey fiber (H...
We demonstrate for what is believed to be the first time a Brillouin laser based on a holey fiber (H...
Holey fibers combine two-dimensional microstructuring with one-dimensional longitudinal propagation....
The novel optical properties of holey optical fibres are reviewed, and a complete hybrid vector mode...
We consider longitudinal variation in the fiber structure as a method of increasing the Brillouin li...
International audiencePhotonic Crystal Fibers (PCF) play a crucial role for fundamental investigatio...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
Brillouin optical correlation-domain technologies are reviewed as “fiber optic nerve systems&r...
Brillouin distributed measurement techniques have been extensively developed for structural health m...
Structural health monitoring is a critical requirement in many composites. Numerous monitoring strat...
565-570A new technique for optical fiber defect detection using Brillouin distributed fiber optic se...
Abstract—A novel method for Brillouin gain spectrum mea-surements in optical fibers is presented. It...
We measure the correlation between the Brillouin characteristics and structural parameters of a hole...
We report the results of detailed measurements on the Brillouin frequency shift (BFS), gain bandwidt...
A holey fiber (HF) is an optical fiber whose optical properties and confinement mechanism are define...
We demonstrate for what is believed to be the first time a Brillouin laser based on a holey fiber (H...
We demonstrate for what is believed to be the first time a Brillouin laser based on a holey fiber (H...
Holey fibers combine two-dimensional microstructuring with one-dimensional longitudinal propagation....
The novel optical properties of holey optical fibres are reviewed, and a complete hybrid vector mode...
We consider longitudinal variation in the fiber structure as a method of increasing the Brillouin li...
International audiencePhotonic Crystal Fibers (PCF) play a crucial role for fundamental investigatio...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
Brillouin optical correlation-domain technologies are reviewed as “fiber optic nerve systems&r...
Brillouin distributed measurement techniques have been extensively developed for structural health m...
Structural health monitoring is a critical requirement in many composites. Numerous monitoring strat...
565-570A new technique for optical fiber defect detection using Brillouin distributed fiber optic se...
Abstract—A novel method for Brillouin gain spectrum mea-surements in optical fibers is presented. It...