kilotons of tnt
measuring kilotons
released kilotons
kilotons equivalent
many kilotons
kilotons yielded
using kilotons
kilotons destroyed
estimated kilotons
kilotons released
the nuclear test released an estimated 15 kilotons.
scientists measured the explosion at 20 kilotons.
the weapon's yield was calculated to be around 10 kilotons.
the simulation showed a blast wave equivalent to 5 kilotons.
the device detonated with a force of approximately 8 kilotons.
the initial assessment indicated a yield of 12 kilotons.
the researchers used models to simulate a 7 kiloton explosion.
the historical test had a yield of roughly 25 kilotons.
the theoretical maximum yield is estimated at 30 kilotons.
the weapon's destructive power was equivalent to 18 kilotons.
the analysis suggested a yield in the range of 9 to 11 kilotons.
kilotons of tnt
measuring kilotons
released kilotons
kilotons equivalent
many kilotons
kilotons yielded
using kilotons
kilotons destroyed
estimated kilotons
kilotons released
the nuclear test released an estimated 15 kilotons.
scientists measured the explosion at 20 kilotons.
the weapon's yield was calculated to be around 10 kilotons.
the simulation showed a blast wave equivalent to 5 kilotons.
the device detonated with a force of approximately 8 kilotons.
the initial assessment indicated a yield of 12 kilotons.
the researchers used models to simulate a 7 kiloton explosion.
the historical test had a yield of roughly 25 kilotons.
the theoretical maximum yield is estimated at 30 kilotons.
the weapon's destructive power was equivalent to 18 kilotons.
the analysis suggested a yield in the range of 9 to 11 kilotons.
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