Damavan Imaging is glad to share the poster « 3D Compton tomography: A promising modality for vectorized α/β radiotherapy imaging? » presented at the 2022 IEEE Nuclear Science Symposium, Medical Imaging Conferance and Room Temperature Semiconductor Detector Conference in Milano, Italy from November 5th to November 12th. Please consult the poster below:
Damavan Imaging is glad to share the presentation « 3D Compton tomography from sparse views of a nuclear waste drum: Possible implication for legacy waste analysis » presented at the 2022 IEEE Nuclear Science Symposium, Medical Imaging Conferance and Room Temperature Semiconductor Detector Conference in Milano, Italy from November 5th to November 12th. Please consult the presentation below:
Damavan Imaging attended the 7th East Asia Forum on Radwaste Management organised by the Korean Radioactive Waste Society (KRS) from 26 to 28 October 2022 in Jeju Shinhwa World Landing Convention Center, South Korea. That was a great chance to exchange with our welcoming partner RMTEC and other participants on the latest industry issues and to test our products. Damavan Imaging could demonstrate resolved image of 137Cs […]
Damavan will present an oral and poster presentation at the 2022 IEEE Nuclear Science Symposium, Medical Imaging Conferance and Room Temperature Semiconductor Detector Conference. The conferance will take place at the Milano Convention Centre, Milano, Italy, from November 5th to November 12th. The poster title is: »3D Compton tomography: A promising modality for vectorized α/β radiotherapy imaging?« . The poster will be presented in the M-04, MIC […]
With our Compton Camera, thanks to it’s high spatial resolution and good signal/noise ratio, it is possible to image on a single aquisition: In this case we are observing a high activity (>1GBq) 92Ir source inside a the Uranium shielding of a gammagraph. The source is shielded by at least 10 cm of Uranium. The observation time is 5 min: 1 – Using the weak […]
The binocular camera with its dual head configuration allows to estimate the true distance to a radiative source using gamma emission triangulation. This opens the way to quantitative imaging of contamination. A first trial has been done in a decommissioned power plant. The maximum activity on the wall was 0,2uSV/h (red spot). The gamma FOV (76°) is slightly smaller than the optical image (90×90). The […]
