“Waah Waah its expensive”

  • alcoholicorn@lemmy.ml
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    2 months ago

    To test this, which became commercially operational in December 2023, Dong and his team switched off both modules of HTR-PM as they were operating at full power, then measured and tracked how the temperature of different parts of the plant went down afterwards. They found that HTR-PM naturally cooled and reached a stable temperature within 35 hours after the power was removed.

    I mean if you drove the titanic through an iceberg and it was fine, I’d say you’d have a iceberg-proof ship, since you’ve literally proved it against an iceberg.

    They proved that this power plant doesn’t melt down when its cooling power supply is removed

    • booty [he/him]@hexbear.net
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      2 months ago

      I mean if you drove the titanic through an iceberg and it was fine, I’d say you’d have a iceberg-proof ship

      And you would be wrong, because the Titanic could’ve plowed directly into the iceberg and it wouldn’t have sunk. They weren’t calling it unsinkable for no reason. The circumstances that led to the Titanic sinking were very difficult to foresee, just like the circumstances which might potentially cause a meltdown in a “meltdown-proof” reactor.

      I think the tech itself is great I just think this language is in poor taste

    • bumpusoot [any]@hexbear.net
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      2 months ago

      This is just foolish reasoning, everything is immune to failure until it isn’t.

      Basically every major accident in history (including Chernobyl) happened because of circumstances that were either not imagined or deemed so unlikely they’d never happen. Effectively calling your thing failure-proof is just stupid.