The Thorium reactor is a bit like a candle. The candle wax is vaporized on the wick and ten burns with a controlled flame. It produces water that when not removed via evaporation would extinguish the fire. The amount of uranium used is a bit like a pinch of salt in a pumpkin-sup, trying to get it out is just not a good idea. There are just better ways of getting salt. Unlike in an old style uranium reactor, the Thorium reactor turns itself off if something is not right.
The Thorium reactor is a bit like a candle. The candle wax is vaporized on the wick and ten burns with a controlled flame. It produces water that when not removed via evaporation would extinguish the fire. The amount of uranium used is a bit like a pinch of salt in a pumpkin-sup, trying to get it out is just not a good idea. There are just better ways of getting salt. Unlike in an old style uranium reactor, the Thorium reactor turns itself off if something is not right.
The Thorium reactor is a bit like a candle. The candle wax is vaporized on the wick and ten burns with a controlled flame. It produces water that when not removed via evaporation would extinguish the fire. The amount of uranium used is a bit like a pinch of salt in a pumpkin-sup, trying to get it out is just not a good idea. There are just better ways of getting salt. Unlike in an old style uranium reactor, the Thorium reactor turns itself off if something is not right.
ReplyDeleteThe Thorium reactor is a bit like a candle. The candle wax is vaporized on the wick and ten burns with a controlled flame. It produces water that when not removed via evaporation would extinguish the fire. The amount of uranium used is a bit like a pinch of salt in a pumpkin-sup, trying to get it out is just not a good idea. There are just better ways of getting salt. Unlike in an old style uranium reactor, the Thorium reactor turns itself off if something is not right.
ReplyDelete