Development of a parallelized open-source python library for synthetic diagnostics and inversions for fusion devices

Development of a parallelized open-source python library for synthetic diagnostics and inversions for fusion devices

Virtually all magnetic fusion devices resort to tomography diagnostics for a variety of plasma emissions. Reconstructing the signal from a simulated emissivity requires modeling the geometry and is used for code validation or diagnostic design. Solving the inverse problem is useful for data interpretation and requires geometry modeling and inversion-regularization routines. An open-source parallelized python library was developed to provide a common and reliable tool for solving the direct and inverse problems for synthetic diagnostics.

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Laura S. Mendoza

July 17, 2019
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