Scintillation Resource Selector

This tool is designed to narrow down the available resources through a series of application details. By using the filters the many documents on this website and the products offered by Saint-Gobain Crystals will be reduced to the most obvious.

This should be used as a guide as there are many aspects to consider when choosing a scintillator and product packaging.  The final selection for your specific application should be discussed with your sales representative.

Product

CsI(Tl) scintillator has a light output of 54 photons/keV and is one of the brightest scintillators known.  It has most of its emission in the long-wavelength part of the spectrum (>500nm), it is well-suited for photodiode readout.

Technical papers
NaIL-Neutron-Testing.pdf

The Neutron Detection efficiency for NaILTM crystals is tested at Saint-Gobain Crystals with the crystal placed in a High Density Polyethylene (HDPE) and a

PDF | 265.44 KB
NaIL-Neutron-Testing
Data Sheets
NaIL-Material-Data-Sheet.pdf

Sodium Iodide co-doped with thallium and lithium material data sheet - NaIL

PDF | 1.02 MB
NaIL-Material-Data-Sheet
Data Sheets
Sodium-Iodide-Material-Data-Sheet.pdf

NaI(Tl) scintillation material

PDF | 215.54 KB
Sodium-Iodide-Material-Data-Sheet
Technical papers
LaBr-Performance-Summary-2021.pdf

LaBr and Enhanced LaBr testing

PDF | 782.46 KB
LaBr-Performance-Summary-2021
Product

LaBr3(Ce) and LaBr3(Ce+Sr) scintillation materials offer superior energy resolution, fast emission, excellent linearity and temperature stability.

Product

CLLB [Cs2LiLaBr6(Ce)] is a gamma-neutron scintillation detector that is well suited for many different classes of handheld instruments.

Product

LYSO scintillation crystal that offers high density and short decay time.  It is ideal for applications that require higher throughput, better timing and energy resolution, including time-of-flight PET.

Product

CdWO4 high light output and low afterglow make it ideal for use with silicon photodiodes in detectors for medical and industrial CT scanners. CdWO4 has very good radiation resistance, and its temperature dependence is small in the 0 to 60oC range. Its high density makes it a good choice for 300+ keV imaging for container and vehicle scanning.

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