International audienceWe report on the development of a new pulsed fiber laser source at 1645.5 nm, based on stimulated Raman amplification. This laser source is intended to be used in a future lidar system, dedicated to methane gas leak monitoring in the vicinity of industrial facilities. In this paper we discuss reasons for choosing the 1645.5 nm wavelength, and then we present the two-stage amplification architecture of our fiber laser source under development. Recent experimental results are provided and perspectives are drawn
The work described here concerns the development of fibre sensors and networks for monitoring trace ...
We report a long-range near-IR methane sensor for inspection of natural gas collection, storage site...
We developed a Raman lidar system that can remotely detect CO2 leakage and its volume mixing ratio (...
We report on the development of a new pulsed fiber laser source at 1645.5 nm, based on stimulated Ra...
We report on the development of a new pulsed fiber laser source at 1645.5 nm, based on stimulated Ra...
Reported here is a long-range optical methane sensor designed with the purpose of enabling more effi...
We report on the development of a 1579 nm pulsed fiber laser source with high peak-power, intended t...
L’objectif de cette thèse est de concevoir et réaliser un amplificateur Raman fibré impulsionnel mon...
Second European Workshop on Optical Fibre Sensors, Santander Spain, 9-11 Jun 2004We report a multi-w...
The objective of this thesis work is to design and build a single-frequency Raman fiber amplifier at...
Mid-infrared radiation at 3.43 μm is generated by difference frequency mixing a 1.064 μm Nd:YAG lase...
The detection of gas leaks represents a critical operation performed regularly by the gas industry t...
A tunable fibre laser for spectroscopic gas detection is reported for the first time. The laser is b...
We report a long-range optical methane sensor to enable remote detection of gas leaks from pipelines...
This paper presents the development of a Raman fiber amplifier optical source with a maximum output ...
The work described here concerns the development of fibre sensors and networks for monitoring trace ...
We report a long-range near-IR methane sensor for inspection of natural gas collection, storage site...
We developed a Raman lidar system that can remotely detect CO2 leakage and its volume mixing ratio (...
We report on the development of a new pulsed fiber laser source at 1645.5 nm, based on stimulated Ra...
We report on the development of a new pulsed fiber laser source at 1645.5 nm, based on stimulated Ra...
Reported here is a long-range optical methane sensor designed with the purpose of enabling more effi...
We report on the development of a 1579 nm pulsed fiber laser source with high peak-power, intended t...
L’objectif de cette thèse est de concevoir et réaliser un amplificateur Raman fibré impulsionnel mon...
Second European Workshop on Optical Fibre Sensors, Santander Spain, 9-11 Jun 2004We report a multi-w...
The objective of this thesis work is to design and build a single-frequency Raman fiber amplifier at...
Mid-infrared radiation at 3.43 μm is generated by difference frequency mixing a 1.064 μm Nd:YAG lase...
The detection of gas leaks represents a critical operation performed regularly by the gas industry t...
A tunable fibre laser for spectroscopic gas detection is reported for the first time. The laser is b...
We report a long-range optical methane sensor to enable remote detection of gas leaks from pipelines...
This paper presents the development of a Raman fiber amplifier optical source with a maximum output ...
The work described here concerns the development of fibre sensors and networks for monitoring trace ...
We report a long-range near-IR methane sensor for inspection of natural gas collection, storage site...
We developed a Raman lidar system that can remotely detect CO2 leakage and its volume mixing ratio (...