Photon counter
Photon events are resolved both in energy and spatially allowing quantification with isotope identification
High sensitivity
The most sensitive Compton camera on the market with imaging of natural background in less than 2 hours
This heatmap visualizes spatial dose rate distribution (µSv/h), highlighting a centralized radiation source with peak levels of 0.16 µSv/h, attenuating outward to ≤0.02 µSv/h.
Data was captured over 6,677 seconds (~1.85 hours), with 14,220 events recorded, split between left (2,821) and right (3,167) detectors, revealing potential anisotropic emission or shielding effects.
Quantification & mapping
The dose calculated fits the 2 known points (0,2 & 0,18 uSV/h) values are calculated on other points of the image.
The first image shows a concentrated area of elevated gamma ray emissions, with a maximum reading of 530 events detected over 3.44 seconds. The total number of events recorded was 2182.
The second image reveals a more dispersed pattern of gamma ray activity across a broader area. While still elevated, the maximum reading here is 527 events, with the same total of 2182 events detected.
By closely analyzing these gamma ray heat maps, the team can pinpoint the emission sources, implement targeted shielding or decontamination, and ensure the secure operation and monitoring of the nuclear site.
Gamma emission triangulation
Distance to the gamma source without assumption. Is the source in front of the wall, into the wall or behind the wall?
Automatic panoramic screening option
The view can be constructed by stiching 8 poses of 10 minutes, but manpower required is < 10 minutes.
-transformed.webp){kind=spacer}
