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Efficient, nearly uniform, nearly isentropic ablative acceleration of targets to record velocities

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Abstract

In the inertial confinement fusion (1CF) concept, a spherical shell is imploded by the rocketlike reaction to plasma ablated from the pellet surface. To obtain pellet gains high enough to be useful in a reactor, the shell must be accelerated inward to ~200 km/sec with four laser-target physics constraints.1

© 1981 Optical Society of America

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