<RESEARCH REPORT>Pusherless Implosion, Pulse Tailoring and Ignition Scaling Law for Laser Fusion
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概要
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The conventional implosion scheme for high gain and high density compression depends upon piston action of an accelerated heavy pusher. However, the contact surface between the pusher and the fuel layer is very unstable in the stagnation phase. In this report, the laser pulse tailoring and the scaling laws for pellet gain, fuel pR and so on are discussed under the condition of very weak piston action of the pusher. The scaling laws indicate that the fuel will be ignited by 100kJ, 0.35μm wavelength laser irradiation.
著者
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Mima K.
Institute Of Laser Engineering Osaka Univ.
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Takabe H.
Institute Of Laser Engineering Osaka University
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Nakai S.
Institute Of Laser Engineering
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