Ressources

Damavan will present its final results obtained on a binocular camera at ATSR on September 29-30 in Cadarache

Damavan will showcase its final results on the innovative binocular Compton camera at ATSR, September 29-30, in Cadarache. Don’t miss this breakthrough in radioactive waste imaging!

First Images from a CeBr₃/LYSO:Ce Temporal Imaging Portable Compton Camera at 1.3 MeV

Introducing a portable Temporal Imaging Compton Camera for precise radioactive source detection. With 2.1 mm resolution and 293 ps timing, it’s perfect for nuclear decommissioning and waste management

Temporal Imaging CeBr3 Compton Camera: A Novel Solution for Nuclear Decommissioning and Waste Management

Revolutionizing gamma-ray imaging with the Temporal Imaging CeBr₃ Compton Camera: 2 mm precision, <225 ps timing, and unmatched sensitivity for nuclear waste management. #Innovation #GammaImaging

Impact of Photonic Crystal Patterning on Light Extraction and Timing in LYSO Crystals for TOF PET Imaging

Nanostructured photonic crystal coatings boost LYSO scintillator light extraction for TOF PET imaging—70% vs. 30% uncoated—while maintaining minimal timing impact. A step forward for resolution and efficiency.

Binocular Compton Camera for Efficient Imaging of Low-Level Radioactive Waste

Damavan Imaging's portable binocular Compton camera revolutionizes radioactive waste detection. With precise triangulation and rapid imaging, it identifies low-activity sources like 137Cs in under an hour.

Temporal Imaging: Precise Localization of Photoelectric Events in Monolithic Scintillators

Innovative temporal imaging enhances scintillation event localization with 1×1×2 mm precision. This breakthrough improves PET imaging by analyzing light and photon timing.

Temporal Imaging: Observing and Localizing Compton Events in a Monolithic Scintillator Using Philips Digital Si-PM

Temporal imaging improves localization of Compton events in LYSO scintillators. This study advances cost-effective single-plate Compton cameras for precise imaging.

Study experimental time resolution limits of recent ASICs

Weeroc's new ASICs, Liroc and Radioroc, deliver breakthrough timing precision for PET and LIDAR. SPTR reaches 73 ps, enhancing performance in medical and space applications.