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how to fabricate a cone
In practice, however, achieving inertial fusion requires enormous
energy delivered uniformly to the capsule. For years, scientists
have explored ways to achieve inertial fusion that reduced the
cost and are compatible with a power plant. Two concepts-heavy-ion
fusion and fast ignition-are being explored by Lawrence Livermore
physicists and collaborators as attractive candidates for producing
commercial electricity through fusion.
One novel design features a gold cone attached to the spherical
shell enclosing the deuterium-tritium fuel. The cone penetrates
almost to the center of the capsule. In this way, the petawatt
pulse has direct access to the ignition region. "The cone
provides a clear path for the petawatt laser so that its energy
can be deposited within about 100 micrometers or less of the high-density
core," explains Tabak. The design team is exploring variations
in cone designs to reduce the distance between the capsule's ignition
region and the apex of the cone.
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