In nuclear reactors, control rods must be inserted quickly enough to stop the reaction before it accelerates; if insertion takes too long, the reaction can increase to over 100 times normal power levels, causing graphite fires and fuel fusion that lead to imminent explosion.
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Could Reactor Meltdown đĽ Be Prevented? âď¸ #shortsAĂąadido:
The bar. When the bars were first inserted into the core, their effect was to accelerate the reaction before they could stop it.
And since it took too long for them to be fully inserted, their insertion could not stop the accident.
In the space of a few seconds, the power of the reactor increased to over 33,000 MW, more than 100 times its normal levels.
The graphite blocks caught fire. More than 100 tons of radioactive fuel entered into a state of nuclear fusion.
The explosion was imminent.
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