A single-photon-sensitive optical detection system for neutron science. A 256x256 or 512x512 pixel array reads light from neutron scintillators and time-stamps events for neutron imaging, tomography, Bragg-edge, and reflectometry methods.
The Detectors Behind your discovery!
Telesto/LumaCAM observes light from neutron scintillators to support neutron scattering and radiography. Because each pixel counts and time-stamps individual photons, it records data only when illuminated, which keeps data volumes proportional to the measured signal.
Two configurations are available. Telesto Single (256x256 pixels, up to 80 million hits per second) suits neutron diffraction and imaging on standard reactor and accelerator sources. Telesto Quad (512x512 pixels, up to 320 million hits per second) suits high-flux, large-area imaging with scintillators up to 25x25 cm at sources such as ILL or ESS.
Key features
Quantitative neutron imaging with pixel-level counting.
3D neutron tomography from time- and position-resolved data.
Bragg-edge transmission for strain and phase analysis.
Neutron reflectometry and small-angle neutron scattering.
Powder diffraction on reactor and accelerator sources.
Time-of-flight resonance analysis using 1.56 ns timing.
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