Yellow Fang
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Regarding the heavy water project or dissertation: I would try to make the heaviest water possible by combining Tritium (Hydrogen isotope with one proton and two neutrons) atoms with the heaviest isotope of Oxygen that you can get. According to google that is Oxygen 28, amazingly enough. Tritium is radioactive with a half-life of about 12 years. Oxygen 28 has a half-life of 650 yoctoseconds, which is 10^-24 seconds, which is not very long at all. But then it ejects two neutrons to become Oxygen 26, which has a half-life of 4.2 picoseconds, which is also not very long. Then it ejects another two neutrons to become Oxygen 24, which has a half-life of 77.4 ms, which is also not very long. Then it ejects an electron, so I think then it becomes a radioactive isotope of Fluorine. So I think then, instead of having radioactive water, you would have radioactive hydrofluoric acid and radioactive hydrogen gas. Could be wrong. It is a long time since I did my Chemistry A level and I only got a D. Maybe I'd go for the heaviest stable form of water, which would be two Deuterium atoms (Hydrogen 2) and an Oxygen 18 atom.
Edit: I have thought of an application. This sort of water would have a Mole value of 22. Normal water would have a Mole value of 18. When water freezes into ice it floats because it is about 10% less dense. However ice from heavy water would be about 20% heavier. So heavy water ice cubes would sink. I could sell them for $100 an ice cube to billionaires, premiership footballers and Hollywood stars. I could use a centrifuge to extract the heaviest water from normal water like they enrich Uranium, or maybe fractional distillation. It would cost a lot, but that would justify the $100 per ice cube price tag.
Edit: I have thought of an application. This sort of water would have a Mole value of 22. Normal water would have a Mole value of 18. When water freezes into ice it floats because it is about 10% less dense. However ice from heavy water would be about 20% heavier. So heavy water ice cubes would sink. I could sell them for $100 an ice cube to billionaires, premiership footballers and Hollywood stars. I could use a centrifuge to extract the heaviest water from normal water like they enrich Uranium, or maybe fractional distillation. It would cost a lot, but that would justify the $100 per ice cube price tag.
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