FLAIR – 12-16 Sept.
mirSense exhibits at FLAIR 2016
mirSense will be present at the FLAIR (Field Laser Applications in Industry and Research) conference to be held in Aix-les-Bains, France from 12-16th September 2016. Mathieu Carras, President of mirSense, will present a paper during the conferences on “QCL integration for affordable multi-gas sensing applications“.
mirSense will also have a booth at the exhibition to present the uniMir product range and multiSense, the multi-gas module.
5th edition of the international conference series, Field Laser Applications in Industry and Research aims to bring together researchers from both industrial and academic research laboratories and institutions to stimulate new research initiatives and field laser applications involving sensitive and selective detection of molecular species with a broad interdisciplinary approach.
FLAIR provides overview lectures by international experts, emphasizing integrative and multi-disciplinary approaches. Talks and posters will be presented by laser detection specialists, but also by researchers active in one of the fields of application (atmospheric monitoring, industrial process control, biomedicine, combustion science, etc.) who are highly familiar with the measurement challenges in an industrial or research setting, but may have limited knowledge of laser-based solutions. Special industry sessions and an exhibition enable our industrial partners to highlight recent progress of commercial systems. The social events help to foster an atmosphere in which it is easy to discuss and interact with researchers across different disciplines.
For detailed information on the FLAIR 2016 conferences and exhibition, click here.
About the mirSens products
The uniMir product line proposes single-frequency QCL between 833cm-¹ to 2500cm-¹. uniMir lasers operate at room temperature, without a cryogenic system, in pulsed or continuous wave emission. For detailed information on the uniMir product range, click here.
multiSense combines the unique properties of mid-infrared lasers together with the compactness and affordability of photoacoustic detection. For detailed information on the multiSense, click here.[/vc_column_text][/vc_column][/vc_row]