Linked from

The 14 pages that link to Tokamak, each with the reason it gives.

• Nuclear fusionBroader topic: Tokamaks are the most extensively developed magnetic-confinement machines for fusion.

• Plasma physicsBroader topic: It is a major experimental platform for studying magnetically confined fusion plasmas.

• Superconducting magnetBroader topic: Its large superconducting coils create fields for plasma confinement.

• Inertial confinement fusionCompared with: Tokamaks pursue magnetic confinement instead of compressing a disposable target.

• Magnetic confinement fusionBroader topic: Its combined magnetic fields are the most widely studied route to magnetic confinement.

• Alfvén waveRelated: Alfvén waves in tokamaks can interact with energetic particles and affect plasma confinement.

• TritiumRelated: Experimental tokamaks use tritium–deuterium fuel to study fusion conditions.

• Hannes AlfvénBroader topic: Tokamaks embody the magnetic-confinement problem Alfvén helped frame.

• DivertorNarrower topic: Tokamaks commonly use divertors to manage plasma exhaust.

• Plasma diagnosticsRelated: Its dense diagnostic suite measures profiles, instabilities, and confinement performance.

• Fusion powerBroader topic: Tokamaks are the most extensively developed magnetic fusion design.

• Laboratory plasmaBroader topic: Tokamaks are major laboratory platforms for studying fusion plasmas.

• Large Helical DeviceCompared with: Unlike a tokamak, the device obtains most of its rotational transform from external helical coils.

• Neutral beam injectionRelated: Tokamaks commonly use neutral beams for heating and current drive.