A neutron imaging detector based on neutron-sensitive microchannel plates (MCPS) was constructed and tested at beamlines of thermal and cold neutrons...
24/02/2026
Neutron Imaging and Tomography with MCPs13/08/2025
Overview of Current High Temperature Fission Chamber Activities Abstract: High Temperature Fission Chambers – an Overview of EXOSENS Legacy and Development ActivitiesA. Rizzo1*, N. Jackowska2, K. Irazoqui1, A. Cook2, Q. Gestes1, M. Hodgson2, A. Alloune1, C. Payne2, J. Thompson21 Exosens Nuclear Instrumentation and Radiation Detection – Photonis France S.A.S., Avenue Roger Roncier, Brive-la-Gaillarde (France)2 Exosens Nuclear Instrumentation and Radiation De...20/11/2024
Phosphor screensConfiguration guideline for Phosphor screens
31/07/2024
Nuclear Instrumentation Poster13/06/2024
Custom Mass29/03/2024
Using Longwave Infrared Hyperspectral Imaging for a Quantitative Atmospheric Tracer Monitoring in Outdoor Environments Eitan Hirsch, Eyal Agassi, Alon Manor.Quantitative real-time retrieval of concentration-lengths (CL) through gaseous plumes is an important tool for environmental monitoring, enabling remote monitoring of emissions from industrial facilities and risk assessmentin scenarios of toxic gas releases. The adoption of LWIR (Long Wave Infra-Red) hyperspectral imaging as a leading technique for remote g...29/03/2024
Thermomechanical Behavior of Steels in Tension Studied with Synchronized Full-Field Deformation and Temperature Measurements G.C. Soares, N.I. Vázquez-Fernández, M. HokkaDespite tensile testing being commonly used for investigating the mechanical behavior of materials, the occurrence of heterogeneous strain and increasing temperature at high strain rates make the experiment much more complex. This work presents a method integrating synchronous full-field stereo Digital Image Correlation (DIC) and Infrared Thermograph...29/03/2024
Radiometry – The basics What is radiometry? The etymology of radiometry links to “radiation” and “measurement”. More precisely, radiometry is the science studying the transport of energy through radiation.The present document aims at presenting a summary of the principal laws of radiometry involved in the understanding of the world surrounding us, as seen through light-sensitive instruments! Among these are the main T...28/03/2024
High-Speed Infrared Imaging of Metal Parts Fabrication by Additive Manufacturing Additive manufacturing, also known as 3D printing, is considered by many to be the biggest industrial revolution since the Internet. This method allows rapid fabrication of metal pieces with various compositions, shapes and sizes. However, the extremely high thermal gradients involved in this fabrication process can induce stress and deformation in the materials. In an effort to better understa...28/03/2024
High-Speed Infrared Imaging of Crack and Hot-Spot Formation in a Graphite-Fiber and Epoxy Composite Under Stress The enormous progress made in the three last decades in high-speed thermal imaging have given rise to a wide variety of applications, of which material testing is maybe one of the most prominent. Split-Hopkinson bar experiments can especially benefit from the development of high-speed and high-resolution thermal infrared imaging. When materials are subjected to mechanical stress, rapid changes ...28/03/2024
Absolute Temperature and Emissivity Calculation Using a Multispectral Infrared Camera and n-Color TES Image Processing Over the past few years, two-color pyrometry has proven to be a fast and reliable non-invasive method to accurately determine the temperature of materials by overcoming emissivity issues usually encountered by thermal infrared cameras. However, the need for multiple independent cameras makes this method expensive to implement. In this work, a single Telops MS M100k equipped with a fast-rotating...28/03/2024
Multispectral Infrared Imaging for In-Process Monitoring of Welding OperationsThermal infrared imaging technology is well suited to monitoring the spatially-varying temperature gradients induced in fabricated metal parts during high-temperature welding processes. This application note demonstrates how Telops multispectral thermal infrared cameras can be used to monitor important welding process characteristics like melt pool geometry and local heating and cooling gradients.
28/03/2024
Quantification of CO2 Passive Degassing at Sulphur Banks from Kilauea Volcano using thermal Infrared Multispectral Imaging Volcanic carbon dioxide (CO2) emission rates play an important role for assessing volcanic hazards and for constraining the role of magma degassing in the biogeochemical cycle of carbon. Quantification of CO2 emission rates from volcanoes remain challenging, mainly due to the difficulty of measuring volcanic CO2 against the high level of CO2 in the atmosphere. Thermal Infrared (TIR) imaging is ...28/03/2024
Using High-Speed Infrared Cameras to Study Fire Spread Scientists have developed several theoretical models to better understand and predict various aspects of wildfire behaviour. However, the lack of experimental data from real wildfire renders the validation of the models difficult and thus limits their applicability. More validation data would enable a better characterization of the valid boundaries within which the models can be applied. The Fi...28/03/2024
Complete In-Process Monitoring of Cold Spray with High-Speed Multispectral Infrared Imaging Cold spray technology has attracted considerable attention in recent years as it has fully evolved from a conceptual theory to a practical application in industry. There are still many challenges with optimizing cold spray methodologies, but high-speed infrared imaging cameras offer rich information which is valuable to this process. Telops worked with the Canadian National Research Center (NRC...