Multi-Layered Avalanche Diamond Detector for Fast Neutron Applications
Application for an R&D 100 award
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Application for an R&D 100 award
We present measurements of X-ray Parametric Down Conversion at the Advanced Photon Source synchrotron facility. We use an incoming pump beam at 22 keV to observe the simultaneous, elastic emission of down-converted photon pairs generated in a diamond crystal. The pairs are detected using high count rate silicon drift detectors with low noise. Production by down-conversion is confirmed by measuring time-energy correlations in the detector signal, where photon pairs within an energy window ranging from 10 to 12 keV are only observed at short time differences. By systematically varying the crystal misalignment and detector positions, we obtain results that are consistent with the constant total of the down-converted signal.
Presentation on research into solid-state pulsed power techniques and the impact they could have on pre-existing DoE test beds.
Presentation to be given at the LANL Detectors and Analysis Workshop December 5-6, 2023. This STIP is a resubmission of STIP 35977839 (an incorrect version of the document was sent through the STIP process previously).
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Abstract for public release to satisfy requirements of Copyright Assertion as outlined in our Prime Contract with DOE/NNSA. Approval for copyright assertion was received by HQ on 9/30/2024
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