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First private laser fusion effort, YAG laser, neutron yield 10 4 to 3 × 10 5 neutrons: 1 kJ: ≈ 100 nJ: Ann Arbor, Michigan: KMS Fusion: MERLIN (Medium Energy Rod Laser Incorporating Neodymium), N78 laser: Shut down: 1972-1975: 1975-? Nd:glass laser: 100 GW: 40 J: RAF Aldermaston: AWE: Cyclops laser: Shut down: 1975: 1975: Single-beam Nd ...
LIFE, short for Laser Inertial Fusion Energy, was a fusion energy effort run at Lawrence Livermore National Laboratory between 2008 and 2013. LIFE aimed to develop the technologies necessary to convert the laser-driven inertial confinement fusion concept being developed in the National Ignition Facility (NIF) into a practical commercial power ...
Laser beams or laser-produced X-rays rapidly heat the surface of the fusion target, forming a surrounding plasma envelope. Fuel is compressed by the rocket-like blowoff of the hot surface material. During the final part of the capsule implosion, the fuel core reaches 20 times the density of lead and ignites at 100,000,000 ˚C.
A NIF fusion shot on September 27, 2013, produced more energy than was absorbed by the deuterium–tritium fuel. [120] This has been confused with having reached "scientific breakeven", [121] [122] defined as the fusion energy exceeding the laser input energy. [123] Using this definition gives 14.4 kJ out and 1.8 MJ in, a ratio of 0.008. [120]
The Electra KrF laser demonstrates 90,000 shots over 10 hours, a repetition rate needed for an IFE power plant. [1] Inertial Fusion Energy is a proposed approach to building a nuclear fusion power plant based on performing inertial confinement fusion at industrial scale. This approach to fusion power is still in a research phase.
This corresponds to a "fusion gain" —the ratio of input laser power to output fusion power— of about 5. If one uses the baseline assumptions for the current HiPER design, the two lasers (driver and heater) produce about 270 kJ in total, yet generate 25 to 30 MJ, a gain of about 100. [ 10 ]
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