It took a moment for the magnetic mirror to stabilize.

The first is to use the magnetic mirror effect.

This reflection was due to the magnetic mirror effect.

The electrically conducting material is thus acting as a magnetic mirror.

This effect is known as the magnetic mirror.

These electrons are confined using the magnetic mirror effect.

This arrangement solved one of the main problems with the basic magnetic mirror concept, which had open field lines at the ends.

In this case the magnetic mirror is a moving interstellar magnetized cloud.

At Lawrence Livermore, the magnetic mirror was the preferred approach.

In the early 1960s, magnetic mirror confinement was considered a viable technique for producing fusion energy.

A major area of research in the early years of fusion energy research was the magnetic mirror.

As a result of advocacy, the cold war, and the 1970s energy crisis a massive magnetic mirror program was funded by the US federal government.

"A wave field sent into the storm front could act as a magnetic mirror, repelling the charged particles back along the path of their approach."

So, if the magnetic mirror is moving towards the particle, the particle will end up with increased energy upon reflection.

The basic idea was to inject high-energy electrons into a magnetic mirror (the "tank").

The Astron device consisted of two sections, the linear accelerator and the magnetic mirror "tank".

A magnetic mirror happens anytime a charged particle is reflected from a denser magnetic field region.

The magnetic mirror device was brought from MIT.

Astron used a unique confinement system that avoided several of the problems found in contemporary designs like the stellarator and magnetic mirror.

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

Ruby-red pouches slipped out of magnetic mirror geometries, squirting out through opened gates.

Research is under way to create an adaptive optics shape-shifting magnetic mirror from ferrofluid for Earth-based astronomical telescopes.

Limited to break-even energy balance, the magnetic mirror endcaps actually consume power, but much less than that produced in a solenoid of sufficient length.

Not to be outdone, Lawrence Livermore National Laboratory entered the field with their own variation, the magnetic mirror.

Their gyroradius shrinks and when they hit a dense magnetic field they can be reflected using the magnetic mirror effect .