Through the 1970s and 80s great strides in understanding the tokamak system were made.

Problem is, we got tokamak failure on the up and out."

Much of this progress has been achieved with a particular emphasis on the tokamak.

The hard shutdown did the tokamak no favours at all.

The tokamak has since gone on to become the most studied approach to controlled fusion.

While under my temporary command, the cooling system for her Tokamak went out of order.

The project theory is based on ignited plasma in tokamak.

The majority of magnetic fusion research to this day has followed the tokamak approach.

Practical commercial generators based on the tokamak concept are far in the future.

Later that year he attended a conference in Russia where the world's first tokamak was revealed.

From the mid-1950s the Soviets had been quietly developing the tokamak device.

Its magnetic geometry is somewhat different from that of the more common tokamak.

He was known as "the father of the Tokamak", a special concept for a fusion reactor.

At its beginnings, Tokamak was free for non commercial uses only.

Nora stuck the candle above the tokamak's control board and got it up into stage one.

Commercial tokamak reactors could perhaps follow in 10 years.

The first actual experimental tokamak was built in 1955.

This evolution led to considerable research on the spherical tokamak during the 1990s.

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

In particular, the first tokamak systems were developed there, the most successful of them being T-3 and its larger version T-4.

This bootstrap current, and is commonly found in the tokamak reactor design.

Around the center it was as dense as a tokamak containment field.

A small tokamak, to be powered by a deuterium-deuterium fusion reaction.

There are, therefore, still some basic uncertainties in the physics of a tokamak plasma.

Naturally there is a paper on the tokamak.