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An X-ray Intensity Operations Monitor (AXIOM) (Final LDRD Project Report)

Ulmen, Benjamin A.; Webb, Timothy J.; Radtke, Gregg A.; Olson, Aaron J.; Depriest, Kendall D.; Coffey, Sean K.; Looker, Quinn M.; Gao, Xujiao G.; Nicholas, Ryder N.; Edwards, Jarrod D.; McCourt, Andrew L.; Bell, Kate S.

The Saturn accelerator has historically lacked the capability to measure time-resolved spectra for its 3-ring bremsstrahlung x-ray source. This project aimed to create a spectrometer called AXIOM to provide this capability. The project had three major development pillars: hardware, simulation, and unfold code. The hardware consists of a ring of 24 detectors around an existing x-ray pinhole camera. The diagnostic was fielded on two shots at Saturn and over 100 shots at the TriMeV accelerator at Idaho Accelerator Center. A new Saturn x-ray environment simulation was created using measured data to validate. This simulation allows for timeresolved spectra computation to compare the experimental results. The AXIOM-Unfold code is a new parametric unfold code using modern global optimizers and uncertainty quantification. The code was written in Python, uses Gitlab version control and issue tracking, and has been developed with long term code support and maintenance in mind.

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