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 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.
Criteria
BC-430 emits in the red region which makes it ideal for use with silicon photodiodes and red-enhanced photomultiplier tubes
BC-452 detects low-energy (<100 keV) at high count rates. The standard material contains 1% or 2% lead by weight. The plastic incorporates the lead by means of organic-metallic chemistry which yields a clear scintillator.
BC-430 emits in the red region which makes it ideal for use with silicon photodiodes and red-enhanced photomultiplier tubes
Plastic scintillating, wavelength-shifting and light-transmitting fiber canes, spools, ribbons and arrays are produced for research and industry.
GGG, SGGG and NGG are used to grow semiconductor crystal layers. This process is called epitaxy and is used in nanotechnology and in semiconductor fabrication.
Our patented eutectic bonding allows for complex sapphire shapes. This process allows for tube to tube, sheet to sheet and tube to sheet construction.
Single-crystal transparent sapphire in Flat sheets and Curved for optical and protective window systems
Sapphire lift pins provide high mechanical strength under high temperatures and chemically harsh environments.
Saint-Gobain offers a full range of Sapphire tubes, pins & rods to meet a wide variety of demanding applications.