Ablative implosions of glass microballoon targets driven by twelve 0.53-{μ}m laser beams have been studied by use of secondary DT and D ³He fusion reactions in an initially pure deuterium fuel. The tritons and ³He nuclei are products of primary DD fusion reactions. Comparisons with results of a hydrodynamic simulation indicate that collisional energy loss for these primary fusion products is strongly enhanced by fuel-pusher mixing taking place during the implosion.
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Azechi et al. (1987) studied this question.
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