Custom open source solutions for DIII-D data acquisition and control systems
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The goal of the NIFFTE Collaboration is to make neutron-induced fission cross section measurements to better than 1% total uncertainty, improving on the current ENDF values particularly for neutron energies belows 14 MeV. To that end, they are developing a time projection chamber (TPC) to directly measure the fission products from targets placed in a neutron beam at LANSCE.
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In tokamak and other fusion devices, magnetic control is the main tool that allows to regulate the plasma current, position and shape; it is in charge of actuating the desired plasma current waveform, steering the plasma position to a given set point and maintain the plasma shape close to a prescribed plasma equilibrium. This work describes the application of several physics concepts and computational tools in order to obtain a novel optimal controller for the plasma centroid position, which has been implemented and tested in the real-time plasma control system at the ISTTOK tokamak. A key point for the development of the new control system was the installation of a recently upgraded hardware, that numerically integrates in real-time the magnetic probes signals.
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