magnetic confinement

This was the first magnetic confinement device entirely built in Spain.

At its peak, magnetic confinement research received as much as $370 million.

Since then the majority of effort in magnetic confinement has been based on the tokamak principle.

Improving this ratio is a major goal of all magnetic confinement fusion devices.

We had a loss of magnetic confinement due to a defective electronic component.

Typically, in magnetic confinement fusion, you initiate the plasma from a gas.

In modern use these terms are more commonly used to discuss magnetic confinement fusion devices.

The other major approach, called magnetic confinement, is embodied in tokamak reactors.

The magnetic confinement is likely to play a role similar to that of ion and electron screening.

The $23.8 million machine incorporates a highly efficient magnetic confinement system and will begin full operation in August.

Heat loss is suppressed by magnetic confinement in the reaction chamber and nozzle.

It remains a dominant magnetic confinement device today, as well as development of new experiments.

This is generally known as magnetic confinement.

Attended University of Columbus, and graduated 2590 with a degree in magnetic confinement physics.

Here too Bromberg gives an excellent account of the rise and fall of different magnetic confinement systems.

The goal of magnetic confinement devices is to minimise energy transport across a magnetic field.

Containment vessels melt at these temperatures, so the plasma is to be kept away from the walls using magnetic confinement.

The paper analyzed magnetic confinement in the polywell using analytical solutions and simulations.

First, the magnetic confinement tends to leak, so as you squeeze the plasma harder, it escapes.

The work linked the magnetic confinement in the polywell to magnetic mirror theory.

TJ-II is the third magnetic confinement device in a series.

Today, the most successful method of magnetic confinement centers on doughnut-shaped reactors called tokamaks.

Its work centers on a doughnut-shaped reactor known as a tokamak, the most successful method of magnetic confinement.

Instead, a week later he ordered the reactor to be disassembled so a new one could be built that included a magnetic confinement system.

Traditionally, magnetic confinement of plasmas involves a toroidal shape.