Exosens' Documentation

Application Note Telops Next-Generation HDR Series Vs. Superframing or EHDRI Telops Next-Generation High Dynamic Range (HDR) cameras utilize unique on-chip saturation management capabilities to tolerate significant variations in infrared photon flux from scene constituents displaying strong thermal contrast.

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Application Note How to Choose an IR Camera: High Dynamic Range Dynamic applications often push infrared cameras to their limits, demanding precise radiometric measurements across highly varied and rapidly changing scenes.

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Application Note Calibration and Emissivity Calibrations are fundamental to obtaining accurate quantitative radiometric data from infrared (IR) cameras. As thermal assessment needs increase across research and engineering fields, understanding the nuances of detector performance, calibration methodology, and emissivity effects becomes essential.

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Application Note New Scientific Infrared Signature Measurement Tools from Telops Telops understands that research groups studying infrared signature must continuously adapt and improve their imaging capabilities as they work to provide new insight and acquire unique and often difficult to capture infrared targets and phenomena.

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Application Note Measuring In-Flight Particle Velocity and Temperature During Cold Spray Deposition This is a brief overview of the methodology for retrieving temperature, water vapor and the greenhouse gases and aerosol from the downwelling infrared radiance spectrum measured by ASSIST. The expected accuracy of the retrievals is presented.

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Application Note Measuring Heat Transfer and Phase Change with High-Performance Infrared Thermography Infrared cameras are excellent instruments to measure and track thermal gradients and isothermal regions undergoing phase change.

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Application Note ASSIST II: Temperature, Water Vapor, and Greenhouse Gas Retrieval Algorithm This is a brief overview of the methodology for retrieving temperature, water vapor and the greenhouse gases and aerosol from the downwelling infrared radiance spectrum measured by ASSIST. The expected accuracy of the retrievals is presented.

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Application Note An algorithm for obtaining surface emissivity spectra and surface skin temperature measurements from ASSIST surface and sky radiance observations is presented. Methane emissions are a major concern for the oil and gas industry, with increasing regulatory pressure to monitor and mitigate their environmental impact. The Telops Methane Airborne Detection Solution provides a state-ofthe-art, cost-effective approach to addressing these challenges, offering unparalleled capabilities for detecting methane and other gaseous hydrocarbons—even in complex enviro...

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Application Note ASSIST II: Surface Emissivity and Skin Temperature Algorithm An algorithm for obtaining surface emissivity spectra and surface skin temperature measurements from ASSIST surface and sky radiance observations is presented.

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Application Note ASSIST What is TROPoe TROPoe (Tropospheric Remotely Observed Profiling via optimal estimation) is a robust retrieval system reading in downwelling radiance spectra collected by an ASSIST (AERI) Infrared Spectrometer (IRS), and providing high temporal resolution thermodynamic profiles (temperature and water vapor mixing ratio vs height

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Application Note ASSIST II What is TROPoe ANNEX

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Application Note How-to-Choose: Hyperspectral Products Selecting the right hyperspectral system is crucial for optimal performance in your specific application. Telops, a leader in high-performance hyperspectral systems and infrared cameras, offers a range of advanced solutions designed for defense, industrial, and academic research applications

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Application Note Infrared Imaging with High Spatial Resolution Spatial resolution is one of the most critical criteria when selecting an infrared imaging system, particularly for applications requiring detailed thermal analysis. Key specifications influencing spatial resolution include pixel pitch and field of view (FOV), both of which determine the camera's ability to resolve fine spatial details.

Application Note ASSIST II: At Sea The ASSIST II is a field deployable sounder which uses Fourier Transform technology. It is the latest development in ground based atmospheric sounding spectrometer. Its configuration is rugged, compact and can be adapted to various environment, such as ground and sea platforms.

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Application Note Automotive Parts Inspection Automotive Parts Inspection With Uncooled Long Wave Infrared Camera

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