Thermal Imaging Application and Operation - How they work!

If you’ve ever seen photos or videos where the images are made up of shades of red and yellow, that’s called thermography-more colloquially known as thermal imaging. Infrared thermography is the art of transforming infrared image into a radiometric one which allows the temperature values to be red from the image.
Thermal imaging is used in all sorts of different scenarios-utility and energy companies use it to see where a house might be losing heat through door and window cracks. Police helicopters use it to locate suspects at night. Weather stations use it to track storms and hurricanes. It’s used in the medical field to diagnose different disorders and diseases. And some home security cameras, like the ring doorbell use it too.
In recent times it is commonly used at airports to scan passengers who may have elevated temperatures as they walk through the airport.
This video details how thermal imaging work and some common applications
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TIMESTAMPS:
0:00 - Intro
1:45 - Sir Frederick William Herschel Experiment
3:40 - Light Spectrum and infrared radiation
4:47 - Max Planck's Law of radiation
5:57 - How we experience infrared radiation daily
6:30 - How thermal imaging camera measure the temperature of an object
6:49 - Night vision Goggles compared to Thermal cameras
7:22 - Thermal imaging camera lens material - germanium
8:00 - Emissivity - Thermal imaging temperature accuracy
8:20 - Sample Thermal Camera applications
9:20 - Outro

[@andycraig7734]

Thank you. I like that you distinguished thermal from one other invisible viewing frequency but it would have been nifty to mention both Near IR and amplified visible light and their common names.

[@vikrantvijit1436]

Superb high quality Intellectual content on key concepts underlying thermal imaging techniques of optical sensing in real time spaced Environments.

[@Dronesey]

Well explained! Thank you!

[@timclark2305]

Thank you. Was excellent

[@maninji6]

Thank god i clicked on this its exactly what I was looking for 🤠

[@shehanmadhushafernando5943]

Good explanation

[@JaykeSapalaran-iq3qs]

Great video information 👍❤ thank you for sharing your knowledge and experience 🇵🇭🙂

[@aurangzebkhan9697]

sir best video ..respect for you sir!

[@kurdistanindependance5471]

Beautiful video but no views sadly

[@TheOtherShoreOutdoors]

Excellent info! Thanks a lot. Can you explain in detail how a lepton sensor in a flir camera works?

[@mikerope5785]

I think it's a robot not a real person.

[@TheOtherShoreOutdoors]

@@mikerope5785 what you mean?

[@JokerJonny]

mentions NVG but shows VR Headset

[@hyperactive99999]

could we scan this for Jinns (ghosts) ?

[@jamesmhango2619]

HVAC use.

[@zet0korp]

Good video but the music is terrible.

[@yourcoach3713]

Id say music is really good, just not for this video.

[@bhupenoza4187]

🙏👍💐

[@akaLuptonPittman]

This isn’t exactly accurate

[@h7opolo]

5:30 i detest your omission of the term "wavelength" during your explanation of temperature-wavelength correlation. boo.