Managing the extreme heat in a tokamak fusion device - introducing the divertor

Managing the extreme heat in a tokamak fusion device - introducing the divertor

Extremes of temperature in a fusion reactorSee more

Extremes of temperature in a fusion reactor

UKAEA: MAST Upgrade Super X Divertor | by Unexplored FilmsSee more

UKAEA: MAST Upgrade Super X Divertor | by Unexplored Films

Nuclear Fusion - Extracting the Heat and Protecting the WallSee more

Nuclear Fusion - Extracting the Heat and Protecting the Wall

How nuclear fusion works (3) - magnetic confinement, tokamaks, stellaratorsSee more

How nuclear fusion works (3) - magnetic confinement, tokamaks, stellarators

How it works: The Super-X divertorSee more

How it works: The Super-X divertor

ITER – a Major Step Towards Thermonuclear FusionSee more

ITER – a Major Step Towards Thermonuclear Fusion

ITER - the nuclear fusion project 2/2 (Tokamak)See more

ITER - the nuclear fusion project 2/2 (Tokamak)

How the Heart of ITER will Electrify PlasmaSee more

How the Heart of ITER will Electrify Plasma

ITER Talks (8): The Tokamak Cooling Water SystemSee more

ITER Talks (8): The Tokamak Cooling Water System

The Problem with Nuclear FusionSee more

The Problem with Nuclear Fusion

TOKAMAK/ITER/NUCLEAR FUSION/MULTINATIONAL PROJECT/UNLIMITED ENERGY FOR FUTURE???/JJ'S PHYSICS CLASSSee more

TOKAMAK/ITER/NUCLEAR FUSION/MULTINATIONAL PROJECT/UNLIMITED ENERGY FOR FUTURE???/JJ'S PHYSICS CLASS

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