Add to ORKGDistributed feedback fibre laser based hydrophone systems have great potential for high sensitivity underwater acoustic detection. Here we report on recent progress in our research and development of distributed feedback fibre laser hydrophone systems. We discuss the system configuration as well as sensor design, fabrication and packaging for high acoustic pressure sensitivity. In particular we report the significant performance improvement achieved in our experimental investigations
11th European Conference on Underwater Acoustics 2012, ECUA 201234 1PART 3591-59
The use of optical fibres for the detection of acoustic pressure underwater has been discussed with ...
The use of optical fibres for the detection of acoustic pressure underwater has been discussed with ...
This paper reports the development of a very compact and very-high sensitivity optical fibre hydroph...
In this paper, a pressure-gradient fiber laser hydrophone is demonstrated. Two brass diaphragms are ...
Abstract Fiber laser hydrophones have got widespread concerns due to the unique advantages and broad...
In this work we present the progress in developing a fibre laser hydrophone array, based on Distribu...
This work describes the progress in the developing of a hydrophonic sensors array, based on fiber la...
Abstract A short cavity distributed feedback (DFB) fiber laser is used for low frequency acoustic si...
A novel distributed-feedback (DFB) fiber laser hydrophone with an acoustic low-pass filter is presen...
The development of hydro-phonic sensors for deep see acoustic detection is described. The sensitive ...
Here we present our investigation into the use of a distributed feedback fibre laser (DFBFL) as an i...
A fiber laser hydrophone with enhanced sensitivity is demonstrated. Two diaphragms with a hard core ...
10.1109/SYMPOL.2011.6170504Proceedings of the 2011 International Symposium on Ocean Electronics, SYM...
The present work describes the development of a hydrophone prototype for deep-sea acoustic detection...
11th European Conference on Underwater Acoustics 2012, ECUA 201234 1PART 3591-59
The use of optical fibres for the detection of acoustic pressure underwater has been discussed with ...
The use of optical fibres for the detection of acoustic pressure underwater has been discussed with ...
This paper reports the development of a very compact and very-high sensitivity optical fibre hydroph...
In this paper, a pressure-gradient fiber laser hydrophone is demonstrated. Two brass diaphragms are ...
Abstract Fiber laser hydrophones have got widespread concerns due to the unique advantages and broad...
In this work we present the progress in developing a fibre laser hydrophone array, based on Distribu...
This work describes the progress in the developing of a hydrophonic sensors array, based on fiber la...
Abstract A short cavity distributed feedback (DFB) fiber laser is used for low frequency acoustic si...
A novel distributed-feedback (DFB) fiber laser hydrophone with an acoustic low-pass filter is presen...
The development of hydro-phonic sensors for deep see acoustic detection is described. The sensitive ...
Here we present our investigation into the use of a distributed feedback fibre laser (DFBFL) as an i...
A fiber laser hydrophone with enhanced sensitivity is demonstrated. Two diaphragms with a hard core ...
10.1109/SYMPOL.2011.6170504Proceedings of the 2011 International Symposium on Ocean Electronics, SYM...
The present work describes the development of a hydrophone prototype for deep-sea acoustic detection...
11th European Conference on Underwater Acoustics 2012, ECUA 201234 1PART 3591-59
The use of optical fibres for the detection of acoustic pressure underwater has been discussed with ...
The use of optical fibres for the detection of acoustic pressure underwater has been discussed with ...