By Vena Carter
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Extra info for Advanced Nuclear Physics
Comme rcial demonstration: demonstration of the reactor ability to work over a long period, while respecting a ll the requirements for safety, liability and cost. At the moment, according to the available data, inertial confinement fusion experiments have not gone be yond the first phase, a lthough Nova and ot hers have repe atedly demonstrated operation within this realm. In the short term a number of new systems are expected to reach the second stage. NIF is expected to be able to quickly reach this sort of operation when it starts, but the date for the start of fusion experiments is currently suggested to be somewhere between 2010 and 2014.
Magnetic mirrors A major area of research in the early years of fusion energy research was the magnetic mirror. Most early mirror devices attempted to confine plasma near the foc us of a nonplanar magnetic field, or to be more precise, two such mirrors located close to each other and oriented at right angles. In order to escape the confinement area, nuclei had to enter a small annular area near each magnet. It was known that nuclei would escape through this area, but by adding and heating fuel continually it was felt this could be overcome.
Inertial confine ment fusion (ICF) is a process where nuclear fusion reactions are initiated by heating and compressing a fuel target, typically in the form of a pellet that most often contains a mixture of deuterium and tritium. To compress and heat the fuel, energy is delivered to the outer layer of the target using high-energy beams of laser light, electrons or ions, a lthough for a variety of reasons, almost all ICF devices to date have used lasers. The heated outer layer explodes outward, producing a reaction force against the remainder of the target, accelerating it inwards, and sending shock waves into the center.
Advanced Nuclear Physics by Vena Carter