The current heat that has built up in the reactor. Heat is necessary to produce steam to run turbines. The pace of heat generation depends on the current power level of the reactor. When the heat reaches above the red marker, emergency cooling will try to reduce excess heat in the reactor. If the heat level goes beyond the heat bar maximum, the reactor will critically overheat, damaging the reactor and releasing radiation into the area.
The current heat that has built up in the reactor. Heat is necessary to produce steam to run turbines. The pace of heat generation depends on the current power level of the reactor. When the heat reaches above the red marker, emergency cooling will try to reduce excess heat in the reactor. If the heat level goes beyond the heat bar maximum, the reactor will critically overheat, damaging the reactor and releasing radiation into the area.
The current heat that has built up in the reactor. Heat is necessary to produce steam to run turbines. The pace of heat generation depends on the current power level of the reactor. When the heat reaches above the red marker, emergency cooling will try to reduce excess heat in the reactor. If the heat level goes beyond the heat bar maximum, the reactor will critically overheat, damaging the reactor and releasing radiation into the area.原子炉内に蓄積された現在の熱。熱は、タービンを動かすための蒸気を作るのに必要である。熱の発生ペースは、現在の原子炉の出力レベルによって異なります。熱量が赤のマーカー以上になると、緊急冷却により原子炉内の余分な熱を減らそうとします。熱量がヒートバー最大値を超えると、原子炉は危機的に過熱し、原子炉が損傷し、放射線が周辺に放出されます。
The current heat that has built up in the reactor. Heat is necessary to produce steam to run turbines. The pace of heat generation depends on the current power level of the reactor. When the heat reaches above the red marker, emergency cooling will try to reduce excess heat in the reactor. If the heat level goes beyond the heat bar maximum, the reactor will critically overheat, damaging the reactor and releasing radiation into the area.
The current heat that has built up in the reactor. Heat is necessary to produce steam to run turbines. The pace of heat generation depends on the current power level of the reactor. When the heat reaches above the red marker, emergency cooling will try to reduce excess heat in the reactor. If the heat level goes beyond the heat bar maximum, the reactor will critically overheat, damaging the reactor and releasing radiation into the area.
The current heat that has built up in the reactor. Heat is necessary to produce steam to run turbines. The pace of heat generation depends on the current power level of the reactor. When the heat reaches above the red marker, emergency cooling will try to reduce excess heat in the reactor. If the heat level goes beyond the heat bar maximum, the reactor will critically overheat, damaging the reactor and releasing radiation into the area.
原子核分裂反応炉内に蓄積された現在の熱。熱は、タービン蒸気軸回転原動機を動かすため為の蒸気を作るのに必要である。熱の発生ペースは、現在の原子核分裂反応炉の出力レベルによって異なります。熱量が赤のマーカー以上になると、緊急冷却により原子核分裂反応炉内の余分な熱を減らそうとします。熱量がヒートバー最大値を超えると、原子核分裂反応炉は危機的に過熱し、原子核分裂反応炉が損傷し、放射線が周辺に放出されます。