During a severe reactor accident, assume the cladding in the upper 25% of a BWR core dries out, and.
During a cutting reactor property, exhibit the cladding in the conspicuous 25% of a BWR nucleus dries out, and that the cladding latitude rises above 1200°C. In a catholic BWR, the aggregate whole of zirconium exclusive the fuel rods can perpend 40,000 kg, and the aggregate whole of zirconium in the channel boxes can perpend an concomitant 25,000 kg. How abundantly courage is released by the zirconium–water reaction if 50% of the zirconium in the conspicuous 25% of the nucleus is fully after a while oxygen as a termination of this reaction? Extra credit: Refer to a over advanced textbook such as Todreas and Kazimi to determine the whole of hydrogen gas that is released in this reaction. What is the molecular structure of the hydrogen gas that is released?