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A Look Into CeBr3 and LaBr3 Tech with JimMcQuaid

INDEX BELOW -- A New Lunch & Learn Webinar discussing the tradeoffs between LaBr3 and CeBr3. The discussion focuses on background and resolution, and how masking SNMs is virtually impossible with CeBr3 detectors. The discussion includes Jim McQuaid, a retired LLNL Nuclear Engineer and current Nuclear Applications Engineer for Berkeley Nucleonics, and Paul Schotanus, the Technical Director at Scionix Holland and recognized thought leader in field of scintillation detector technology. 0:00 - 4:02 - Intro and Overview 4:03 Presentation Starts - CeBr3/LaBr3 7:45 CeBr3 Spectra of Ra-226 and Cs-137 12:10 Intrinsic Background of LaBr3, CeBr3 and NaI materials 15:49 WGPu Spectra (Pu-239) Discussion 25:35 Enrichment Discussion, Branching Ratios 29:45 Why is Tl-208 important in Enrichment Studies 33:00 First Responders / Hazmat, Longer Acquisition Times 33:45 QCC (Quadratic Compression Conversion) for faster processing 37:17 Paul Schotanus, History of Scintillators, CeBr follows LaBr in 2010 38:01 CeBr3 Today and in the Future - Scionix Holland 39:30 Co-Doped CeBr3 Studies by Scionix Holland 40:25 DEMO - A side by side comparison in a RIID (SAM 940) 44:30 Berkeley Nucleonics Academy (Free Code for Courses) 46:02 Q&A Session with Paul and Jim