Article Dans Une Revue IEEE Control Systems Année : 2018

Optimized Adaptive Control for the MYRRHA Linear Accelerator: Control System Design for a Superconducting Cavity in a Particle Accelerator

Résumé

Energy forecasts indicate that world primary energy consumption will increase significantly (approximately 37%) by 2040, despite projected improvements in energy efficiency. World electricity demand is expected to increase to almost 80% by 2040 [1]. As a result, electricity usage will increase more rapidly than the share of other energies, even more so when carbon-avoiding technologies are implemented. The security of the energy supply is, and will be, a major concern for the world.

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hal-02008876 , version 1 (06-02-2019)

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I. Martin-Hoyo, F. Bouly, N. Gandolfo, C. Joly, R. Paparella, et al.. Optimized Adaptive Control for the MYRRHA Linear Accelerator: Control System Design for a Superconducting Cavity in a Particle Accelerator. IEEE Control Systems, 2018, 38 (2), pp.44-79. ⟨10.1109/MCS.2017.2786420⟩. ⟨hal-02008876⟩
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