Our Products Category

GOS Ceramic and Arrays

GOS1D01616H0
GOS1D01625H0
GOS1D06408L0
GOS1D12804H0
All support customized drawings.

Consult

Features Technical Indicators Overall Dimension

Gadolinium oxysulfide (GOS) scintillation ceramics crystallize in the hexagonal system and exhibit birefringence at grain boundaries, resulting in a translucent appearance. Depending on the activator dopants, two common scintillator variants exist: terbium-activated GOS(Tb) and praseodymium-activated GOS(Pr).
The company maintains a complete ceramic preparation and processing line, enabling customized fabrication of one-dimensional and two-dimensional arrays with various dimensions, as well as specialized shaped products.

Features:
• High light-output
• Low afterglow
• Low hardness
• Customizable
• HP / HIP method
• Non-toxic and deliquescent
• Wide emission Spectrum
• Arrays of various pixel sizes

Technical Specification	iRay GOS-LAC	iRay GOS-HLC
Chemical formula	Gd₂O₂S:Pr	Gd₂O₂S:Tb
Crystal system	hexagonal	hexagonal
Atomic coefficient	60	60
Density (g/cm³)	7.34	7.34
Wavelength of emission maximum (nm)	512	550
Afterglow @120 kVp	<100 ppm @ 3 ms	<500 ppm @ 20 ms
Light yield（ph./MeV/y）	27000	46500
Decay time (μs)	3	600
Dimensional &Accuracy	2D:+/- 0.02 mm	1D:+/- 0.05 mm
Crosstalk	<5%	<5%
Pixel-to-pixel non-uniformity	≤5%	≤5% @ 2 ~ 15 pixels
Short-term radiation damage @12 shots	2 ~ 3 %	/
Long-term radiation damage @1M rad	<10%	<15%
Typical product form	2D- array	1D- linear array
Typical applications	Medical CT	Luggage Security Screening
Typical applications	Industrial CT	Nondestructive Testing

This document cannot be considered to be a contractual specification.

The information given herein may be modified without notice.