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The 17 pages that link to Magnetic confinement fusion, each with the reason it gives.

• Magnetic fieldBroader topic: Field geometry helps keep charged fusion fuel away from reactor walls.

• Nuclear fusionBroader topic: It is one major strategy for sustaining fusion conditions on Earth.

• Plasma physicsBroader topic: It applies plasma confinement physics to the goal of sustained fusion energy.

• MagnetohydrodynamicsRelated: Plasma stability and motion in confinement devices are governed by magnetohydrodynamic effects.

• Superconducting magnetNarrower topic: Superconducting magnets make sustained, high-field confinement systems more practical.

• Inertial confinement fusionCompared with: It seeks sustained confinement rather than a brief, inertia-supported implosion.

• TokamakNarrower topic: Tokamaks are the best-known devices built around this approach.

• Deuterium–tritium fusionRelated: Tokamaks and stellarators commonly plan to use this reaction as their principal power-producing fuel cycle.

• Lyman SpitzerNarrower topic: The stellarator is one of the principal magnetic-confinement configurations Spitzer developed.

• Hannes AlfvénRelated: Alfvén studied magnetic confinement and contributed ideas to controlled thermonuclear research.

• DivertorNarrower topic: A divertor is an exhaust-handling component of magnetic-confinement machines.

• Magnetic energyRelated: Large magnetic-field systems store energy while controlling the plasma.

• Fusion powerBroader topic: It is the main strategy used by tokamaks and stellarators.

• Alfvén's theoremRelated: Flux freezing informs ideal models of plasma motion and field evolution in confinement devices.

• Large Helical DeviceNarrower topic: The device is built to investigate this broader confinement approach.

• Magnetohydrodynamic techniquesRelated: Magnetic fields shape and control conducting plasma in fusion devices.

• Neutral beam injectionNarrower topic: Neutral beams are auxiliary systems for heating and controlling magnetically confined fusion plasmas.