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excerpt:
The experiment at Sandia National Laboratories
in New Mexico tested how well a tiny cylinder could withstand the crushing magnetic force from the lab's "Z machine"
— a pulsed-power accelerator that zapped the cylinder with 25 million amperes of electric current. The "liner" cylinder collapsed on itself, as would be expected, but remained intact enough to theoretically squeeze together deuterium or tritium fuel, triggering nuclear fusion.
"Our experiments were designed to test a sweet spot predicted by the simulations where a sufficiently robust liner could implode with a sufficiently high velocity," said Ryan McBride, a researcher at the laboratories in Albuquerque.
Such careful balance is needed to crush the beryllium cylinder in the right way to achieve sustainable fusion someday. A thicker cylinder would make the crushing implosion less efficient, and a thinner cylinder could rip apart under the stress.
Read more: http://www.foxnews.com/science/2012/09/23/another-step-closer-to-fusion-power/?intcmp=obnetwork#ixzz27Uw5eRGy
The experiment at Sandia National Laboratories
"Our experiments were designed to test a sweet spot predicted by the simulations where a sufficiently robust liner could implode with a sufficiently high velocity," said Ryan McBride, a researcher at the laboratories in Albuquerque.
Such careful balance is needed to crush the beryllium cylinder in the right way to achieve sustainable fusion someday. A thicker cylinder would make the crushing implosion less efficient, and a thinner cylinder could rip apart under the stress.
Read more: http://www.foxnews.com/science/2012/09/23/another-step-closer-to-fusion-power/?intcmp=obnetwork#ixzz27Uw5eRGy