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Plutonium is a heavy, radioactive, man-made, metallic element used in the production of nuclear energy.

If it was radioactive, if it involved nuclear energy, it was the magic wand, the rage of the age. Worldwide, the US was the grand conductor of the atomic energy orchestra. The nation was enthralled by hyper-optimistic notions about what …

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Some elements, such as plutonium, do not. You don’t have to remember plutonium though. Uranium has an atomic number of 92. Does anyone remember what that means? Ettarose? Yes, it means uranium has 92 protons in its nucleus. Good girl! …

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The U.S. is still disarming nuclear missles to this day and have been focusing on Nuclear energy in our economy, which is now going to continue the expansion in the future by the Obama administration. … According to Carnegie, Pakistan has also produced a small but unknown quantity of weapons grade plutonium, which is sufficient for an estimated 3-5 nuclear weapons. Pakistan does not abide by a no-first-use doctrine, as evidenced by President Pervez Musharraf’s …

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On the other hand, its disadvantages involve the unsafe nature of the process and the exhaustibility of its fuel, e.g., uranium for thermal fission reactors and plutonium for breeder reactors (note: the latter material can be used …

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Nuclear power is a source of energy that occurs when a neutron is launched at an unstable atom like uranium or plutonium. A cool fact about nuclear power is that it is a scientific discovery that was funded by the military. … [pp: 2Einstein]Nuclear energy is used to make power for many things. Many countries such as France and Japan have already changed most of their power to nuclear power and minimized the amount of fossil fuel used to create power. …

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What makes nuclear energy itself so dangerous is that every commercial nuclear reactor produces 400-500 pounds of plutonium in a year, along with other nuclear waste material. Just 10-20 pounds of plutonium is needed to make a bomb. …

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Uranium and plutonium are most likely to find their way into weapons via the enrichment and reprocessing of fuel for nuclear power plants. If all of the countries now planning to go nuclear also handle their own fuel cycles, …. In December, the US agreed to sell a nuclear reactor to the United Arab Emirates. Both sides say the UAE will forego enrichment and sign the protocol. Yet it’s unclear whether the signed deal stipulates this, says Henry Sokolski, who serves on …

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Schnetzler@nrc.gov, or Mr. Timothy Reed, Office of Nuclear Reactor Regulation, U.S. Nuclear Regulatory Commission, Washington, DC 20555-0001; telephone 301-415-1462; e-mail: Timothy. …. of formula quantities of strategic special nuclear material set forth in Part 73, which would otherwise apply because of the MOX fuel’s plutonium content, is, in part, unnecessary to provide adequate protection for this material because of the weight and size of the MOX fuel assemblies. …

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… and plutonium-239 (from uranium-238). (The splitting, of course, is what results in such a huge release of energy. The controlled version is a nuclear reactor while the uncontrolled version is, as most people know, a nuclear bomb.) …

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On the other hand, its disadvantages involve the unsafe nature of the process and the exhaustibility of its fuel, e.g., uranium for thermal fission reactors and plutonium for breeder reactors (note: the latter material can be used directly to making “dirty” bombs, while the former requires …. Any capital cost figure from a nuclear reactor vendor, or which is general and not site-specific, will usually just be for EPC (engineering, procurement and construction) costs. …

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