Magnetic confinement fusion
Magnetic confinement fusion (MCF) is an approach to generate thermonuclear fusion power that uses magnetic fields to confine fusion fuel in the form of a plasma.
Connections6
is the specific scientific field of the KSTAR project
KSTAR is a leading facility in the field of magnetic confinement fusion, testing how to control plasma using magnetic fields.
primary category of fusion device
The stellarator is a specific implementation of magnetic confinement fusion, using external coils to create the magnetic bottle rather than relying on internal plasma currents.
primary physical mechanism for tokamak operation
Tokamaks are the most prominent implementation of magnetic confinement fusion, using magnetic fields to keep plasma away from reactor walls.
Primary application domain for divertors
The divertor is a fundamental component of magnetic confinement fusion devices, necessary for maintaining plasma purity and protecting the reactor vessel.
primary application method
D-T fusion is the primary fuel cycle utilized in magnetic confinement devices like tokamaks to achieve sustained plasma conditions.
Application domain for the Lawson criterion
Magnetic confinement fusion, such as in tokamaks, uses the Lawson criterion to determine the necessary magnetic field strength and plasma density to achieve sustained fusion.