Uncover the basics of infrared technology, explore different sensor types, and learn about radiometric calibration.
Infrared imaging radiometry is the science of using an infrared camera to measure the amount of IR radiation from a target in a scene. Every pixel in the image formed by a radiometrically calibrated camera carries quantitative information.
Understanding infrared radiometry
Radiometric images are more than just pictures; they are precise grids of infrared rays
Radiometric images are more than just pictures; they are also two-dimensional grids of measurements of the infrared radiation imaged onto the sensor from the scene.
The camera lens “maps” the IR radiation emitted from objects in the scene to corresponding positions on the sensor. The applications for infrared radiometry are plentiful, and well understood by scientists and engineers that work with this equipment.
Matthew Hasty, Global Senior Product Manager, Research and Development and Automation Segments at FLIR will explore the fundamentals of infrared technology, how it works, and the various sensor technologies available. Hasty will also demonstrate how software, particularly FLIR Research Studio, can enhance efficiency and drive scientific discovery for global teams in innovative ways.
Enhance scientific discovery
Learn how users can drive scientific discovery with imaging radiometry and FLIR technology with industry expert Matt Hasty. Don't miss this opportunity on March 27th, 11AM ET with live Q&A. Join them and walk away with:
- Fundamental understanding of infrared technology
- What are the different sensor types
- Importance of radiometric calibration
- How to use software to enhance efficiency
Don't miss this opportunity to stay ahead of the curve and elevate skills. Register now and continue on the quest for scientific breakthroughs!
