August 17th, 2021 - Scintillation Crystals - Customized Detectors - Common Applications

As the #1 manufacturer of radiation detection equipment, BNC offers high-quality scintillation materials with superior resolution and advanced durability.

This table provides important information regarding the physical properties of various scintillation materials and their common applications. A scintillation detector is often “tailor-made” for a specific experiment and application. For the detection of radiation, a great number of possibilities exist. Scintillators are often used for the detection of alpha and beta particles or electromagnetic radiation like gamma-rays or X-rays.

Material  Important Properties  Major Application
NaI(Tl) Very high light output, good energy resolution General scintillation counting, Health Physics, environmental monitoring, high-temperature use
CsI(Tl) Non-hygroscopic, rugged Particle and high energy physics, general radiation detection, photodiode readout
CsI(Na) High light output, rugged Geophysical, general radiation detection
CsI(undoped) Fast, non-hygroscopic Physics (calorimetry)
CaF2(Eu) Low Z, high light output β detectors, α/β phoswiches
Cs2LiYCl6:Ce (CLYC) Neutron detection capability & High resolution Nuclear identifiers, Physics
LaCl3:Ce(0.9) Very high light output, very good energy resolution High-resolution scintillation spectroscopy, & Health Physics environmental monitoring
CeBr3 Very high light output, very good energy resolution, low background High-resolution spectroscopy, low background applications
6Lil(Eu) High neutron cross-section, high light output Thermal neutron detection and spectroscopy
SrI2(Eu) Bright, high resolution scintillator High-resolution gamma Spectroscopy
6Li-glass High neutron cross-section, nonhygroscopic Physics, security
BaF2 Ultra-fast sub-ns UV emission Thermal neutral detection
YAP(Ce) High light output, low Z, fast Positron lifetime studies, physics, fast timing
LYSO High density and Z, fast MHz-X-ray spectroscopy, synchrotron physics
BGO High density and Z Physics research, PET, High Energy Physics
CdWO4 Very high density, low afterglow & slow decay times Particle physics, geophysical research PET, & anti-Compton spectrometers.
PbWO4 Fast, high density, low afterglow DC measurement of X-rays (high intensity), readout with photodiodes, Computerized Tomography (CT)
Plastics Fast, low density and Z high light output Physics research (calorimetry) general counting, particle and neutron detection.
Crystals and Detectors

CUSTOM SCINTILLATION DETECTORS, RADIATION DETECTION