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← ScienceWhich limit most severely truncates inertially confined fusion energy yields?
A)Rayleigh-Taylor instability growth rate✓
B)Fuel pellet's initial tritium fraction
C)Driver pulse-shaping precision
D)Magnetic nozzle alignment accuracy
💡 Explanation
The Rayleigh-Taylor instability amplifies non-uniformities at fuel interfaces because it hinders uniform compression preventing sustained fusion; therefore, growth rate dominates yield reduction rather than pellet composition, drive precision, or nozzle alignment.
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