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Akademický článek

Progress in the shock-ignition inertial confinement fusion concept

Publikováno v: EPJ Web of Conferences, Vol 59, p 03001 (2013)

Shock-ignition experiments with peak laser intensities of ∼8 × 1015 W/cm2 were performed. D2-filled plastic shells were compressed on a low adiabat by 40 of the 60 OMEGA beams. The remaining 20 beams were delayed and tightly focused onto the implo

Externí odkaz: https://doaj.org/article/8020388f062d4e6dbbc7d01a3e02cc6c

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Akademický článek

Hydrodynamic modeling and simulations of shock ignition thresholds

Autor: Lafon M., Ribeyre X., Schurtz G., Le Bel E.

Publikováno v: EPJ Web of Conferences, Vol 59, p 03002 (2013)

The Shock Ignition (SI) scheme [1] offers to reduce the laser requirements by relaxing the implosion phase to sub-ignition velocities and later adding an intense laser spike. Depending on laser energy, target characteristics and implosion velocity, h

Externí odkaz: https://doaj.org/article/9934340d97df4a99bd2daa7c9460e711

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Akademický článek

Laser plasma physics in shock ignition – transition from collisional to collisionless absorption

Autor: Klimo O., Tikhonchuk V. T., Ribeyre X., Schurtz G., Riconda C., Weber S., Limpouch J.

Publikováno v: EPJ Web of Conferences, Vol 59, p 05008 (2013)

Shock Ignition is considered as a relatively robust and efficient approach to inertial confinement fusion. A strong converging shock, which is used to ignite the fuel, is launched by a high power laser pulse with intensity in the range of 1015 − 10

Externí odkaz: https://doaj.org/article/9bf75278bafd4123b68cf5f07ab39af7

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