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

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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… Click to show full abstract

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.

Keywords: control myrrha; adaptive control; energy; control; optimized adaptive; accelerator

Journal Title: IEEE Control Systems
Year Published: 2018

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