A tokamak is a toroidal magnetic confinement system used as a method of achieving fusion energy Stock Photo - Alamy
Magnetic Fusion Confinement with Tokamaks and Stellarators | IAEA
A Method for Diagnosis of Poloidal Field Coils' Current Based on Inversion of Magnetic Field | Semantic Scholar
Magnetic-field structure in a tokamak. a, Schematic view of the... | Download Scientific Diagram
Filamentary plasma eruptions and their control on the route to fusion energy | Nature Reviews Physics
ITER and Heating Systems in Tokamaks | Thales Group
New Physics in Fusion Plasma Confinement: Physics Today: Vol 55, No 7
Global modelling of magnetic island control in tokamaks
Radial magnetic field in magnetic confinement device
3: A general diagram of a tokamak showing the poloidal and toroidal... | Download Scientific Diagram
Radial magnetic field in magnetic confinement device
8. Conventions — EUROfusion Integrated Modelling workflows 3.0 documentation
J.Hillairet on Twitter: "First, some elements of context. In a tokamak, 2 magnetic fields are necessary to confine the plasma: the toroidal field, generated by the toroidal coils, and the poloidal field,
magnetic fields - How many times does plasma do a full loop tokamak before fusion? - Physics Stack Exchange
Science Made Simple: What Is A Tokamak? - Technology Times
Tokamak: Magnetic Confinement of a Plasma
Principle of the tokamak: A large current induced in the plasma ring... | Download Scientific Diagram
Tokamak: Magnetic Confinement of a Plasma
Physics of Fusion power Lecture 7 Stellarator Tokamak
Appendix F: Fusion Reactor Concepts | Burning Plasma: Bringing a Star to Earth |The National Academies Press
Do the poloidal coils in tokamaks provoke the particle loss?
DOE Explains...Tokamaks | Department of Energy
Magnetic configuration of the tokamak
Tokamak nuclear fusion reactor, illustration - Stock Image - C048/2882 - Science Photo Library
Field-reversed configuration - Wikipedia
