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Cool use of gamma-ray imaging technology! The underlying technology is a coded aperture to give a random response on the detector that can be used to reconstruc
by nukenuke 4y ago
Cool use of gamma-ray imaging technology! The underlying technology is a coded aperture to give a random response on the detector that can be used to reconstruct the direction of the gamma-ray source. I think they are using a moving mask with a single detector in the middle. They probably didn't know if the source had broken apart and caused more contamination when they found the general area. So the imaging allows you to know from a distance if the source has been distributed without going into a potentially loose contamination area.
Shameless plug: our company makes gamma-ray imaging systems and combines them with LiDAR mapping to make real-time 3D radiation maps: https://www.gammareality.com/ https://www.gammareality.com/
Basically we can make "nuclear street view" in real-time while driving around, or walking it around on Spot.
- thadt 4y agoCool tech! Spent a chunk of a past life building radiation detection equipment and mapping it in various ways - it's neat to see the state of the art moving forward. Is your LAMP device using coded aperture (in that tiny form factor?) or some other technique for mapping directionality?
- nukenuke 4y agoAwesome! we're using coded aperture and Compton imaging