• Deep Dive: Full-Cycle Banana Fission Reactor Design and Analysis

  • 2024/11/19
  • 再生時間: 16 分
  • ポッドキャスト

Deep Dive: Full-Cycle Banana Fission Reactor Design and Analysis

  • サマリー

  • Abstract: In a world struggling to find clean, safe, and sustainable sources of energy, the banana is of- ten overlooked. While typical banana applications are rarely developed for uses beyond consumption and gaining a competitive advantage in go-kart races, they contain the radioactive isotope potassium-40. While the unstable potassium isotope is useless for power generation in its natural concentration, an enrichment process could easily produce fuel-grade bananas usable in a light water reactor to produce power using a naturally occurring fuel source capable of being grown in most tropical climates. This paper designs and analyzes the gaseous centrifuge enrichment process, the fission reactor, and the theoretical logistics surrounding a banana-based nuclear energy operation as well as safety procedures.

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あらすじ・解説

Abstract: In a world struggling to find clean, safe, and sustainable sources of energy, the banana is of- ten overlooked. While typical banana applications are rarely developed for uses beyond consumption and gaining a competitive advantage in go-kart races, they contain the radioactive isotope potassium-40. While the unstable potassium isotope is useless for power generation in its natural concentration, an enrichment process could easily produce fuel-grade bananas usable in a light water reactor to produce power using a naturally occurring fuel source capable of being grown in most tropical climates. This paper designs and analyzes the gaseous centrifuge enrichment process, the fission reactor, and the theoretical logistics surrounding a banana-based nuclear energy operation as well as safety procedures.

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