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2022-05-05
The Hyper-Cam Mini xLW is an advanced compact IR hyperspectral imaging system that combines high spatial, spectral and temporal resolution for remote detection, identification, and quantification. It features small Size, Weight, and Power (SWaP) & high sensitivity over an expanded spectral range.

Join Jean-Philippe Gagnon (Field Applications Engineer) and Philippe Lagueux (Product Line Manager) from Telops, for a high-level discussion in this next webinar.
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Du 31 mai au 3 juin
Telops est heureuse de se joindre à la communauté européenne de thermiciens qui sera réunie au Congrès Français de Thermique.

Venez nous rencontrer à notre kiosque et ne manquez pas notre présentation sur la détection, l'identification et la quantification de méthane.
2022-04-20
During this presentation, we will present the Imagetna campaign carried out at Mount Etna in 2015 involving researchers from French (LPC2E, ONERA, LATMOS) and Italian laboratories (INGV). The radiative transfer and data retrieval model LARA (LATMOS Atmospheric Retrieval Algorithm) will also be introduced. Results and maps gathered from the Telops Hyper-Cam will be presented and compared to SO2 UV-Vis camera measurements. The comparison highlights an underestimation of the SO2 UV-Vis measurements by a factor of ~3 to 4 compared to SO2 values obtained by IR.

Join Dr. Charlotte Segonne from Université Clermont Auvergne and Dr. Stéphane Boubanga Tombet from Telops, our experts for a high-level discussion in this next webinar.
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Du 3 au 7 avril 2022
Telops sera à SPIE DCS cette année.

Nous y annoncerons de nouveaux produits, ferons des démonstrations, et plus encore! Venez nous voir au kiosque 1229.
2022-03-29
n order to better understand the dynamic behavior of CFRP and to improve numerical modeling tools for these materials, it is essential to better understand the effects of strain rate on damage initiation and growth. Unlike low loading rate mechanical tests, the experimental setup for intermediate strain rate tests is classically based on servo-hydraulic actuators. The higher the loading rate of such test equipment, the more complicated, if not impossible, it becomes to interrupt the loading without resorting to complex experimental setups. Consequently, the observation and monitoring of damage in CFRP during these tests is difficult to achieve with the usual techniques: optical microscopy, X-ray, CT-scan. To overcome this problem, it is possible to use high-speed infrared thermography, for example, to monitor the appearance of transverse cracks in cross-ply laminates at different loading rates [1, 2] or even the growth of delamination during impact tests. Join Stéphane Boubanga and Dr. Julien Berthe, our experts for a high-level discussion in this next webinar.

Join Dr. Julien Berthe from ONERA and Stephane Boubanga Field Applications Scientist at Telops for this virtual event.
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2022-03-17
The oil and gas industry uses flaring to dispose of methane and other hydrocarbons in a safe and ecologically sustainable manner compared to venting directly to the atmosphere. Under ideal conditions, this process is 98% efficient; however, under some conditions, this figure is significantly lower. Given that nearly 1 billion tonnes of methane is flared each year, and that each tonne of methane has a global warming potential nearly 28-36 times that of CO2 over 100 years, it is imperative to identify and correct flares that are operating under sub-optimal conditions.

Join Professor Kyle Daun from University of Waterloo and Jean-Philippe Gagnon Field Applications Scientist at Telops for this virtual event.
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Mercredi le 9 mars 2022
Ne manquez pas la présentation de notre scientifique d'application Benjamin Saute.

"Detection, Identification, and Quantification of Fugitive Methane Emissions Using Thermal Infrared Hyperspectral Imaging".

Quand? Mercredi le 9 mars de 1:35 à 2:00 pm Heure du Pacifique

Pour s'inscrire : https://www.awma.org/measurementstechprogram.
2022-02-22
History teaches us that major breakthroughs in science and technology are always tied to the capability to observe nature. Advancing measurement techniques is critical in any research field. In this talk, I will discuss the development of high-resolution infrared thermometry, and the use of this technique to shed light on physical phenomena, focusing on flow boiling heat transfer. Flow boiling plays a central role in light water reactors (LWRs) thermal-hydraulics due to its exceptional heat transfer efficiency. The outcome of flow boiling results from many intertwined parameters. I will show how to perform direct measurement of key flow boiling parameters on different types of surface in steady state heating conditions. I will leverage these measurements to develop better understanding for flow boiling heat transfer. The outcome of my research should bring about the valuable power uprates of current LWRs and the better design for advanced reactors.

Contact: Stéphane Bounbanga
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2022-01-27
Experimentally determining the velocities and temperatures of in-flight metallic feedstock particles during cold gas spraying is challenging. Recently, scientists at the Forschungszentrum Jülich GmbH used a state-of-the-art high-speed IR camera to investigate the behavior of two different feedstock materials, In718 and TiAlCrNb, both of which are used as structural materials in gas turbine engines.

Contact: Jean-Philippe Gagnon
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2021-12-09
The HD and Super HD Series are high-performance infrared cameras that provide unprecedented image quality with crisp imaging of sharp targets while maintaining an excellent sensitivity. With real-time calibration, it provides unique capabilities in applications that require large image coverage. Discover more in this next webinar!

Contact:Benjamin Saute
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15 au 18 novembre 2021
Nous serons à ASNT en novembre! Venez nous voir au kiosque 749.
L'équipe de Formule SAE de l'Université Laval a construit un véhicule de course électrique et participe régulièrement à des compétitions universitaires d’ingénierie. Le mois dernier, juste avant sa participation au Shootout de Toronto, l'équipe devait tester son véhicule, et Telops - qui sponsorise l'équipe - a eu l'occasion unique d'assister aux tests sur son prototype. Visitez cette page pour voir ce que ça donne en infrarouge!
2021-10-26
In this webinar we will discuss the implementation and performances of infrared deflectometry and demonstrate how this new approach broadens the range of materials and surfaces that can be tested using the deflectometry technique. The results reported here provide a path toward a widespread use of this technology for topography or surface vibration measurements.

Contact:Stéphane Boubanga
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19 au 20 octobre 2021
Jean-Philippe Gagnon présentera des résultats expérimentaux au sujet de la détection et de la quantification de composés organiques volatiles (COV).
19 au 20 octobre 2021
Jean-Philippe Gagnon présentera des résultats expérimentaux au sujet de la détection et de la quantification de composés organiques volatiles (COV).
2021-10-14
The Hyper-Cam Airborne Mini is a state-of-the-art thermal infrared hyperspectral imaging system designed for use on a wide-variety of manned and unmanned aerial platforms. Join Telops Field Application Engineer Benjamin Saute for a look at this latest entry to the Telops hyperspectral product line. This webinar will serve as an introduction to the Hyper-Cam Airborne Mini, providing attendees with a detailed description of the hardware and underlying technology that make this product unique. Finally, we will show the Hyper-Cam Airborne Mini in action by highlighting key applications including gas detection, identification, and quantification, airborne geological exploration and mapping, and environmental research and compliance.

Contact:Benjamin Saute
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