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uranium, plutonnium, and not much more except chemicals.
A:The elements used in nuclear power station are radioactive elements such as thorium (Th), polonium, radium (Ra), uranium (U), etc. some moderators are also used like deuterium( isotope of hydrogen). A:The radioactive elements used for fuel in nuclear power stations must have certain important characteristics in addition to being radioactive. They need to be fissionable or fertile. There are two such elements occurring in nature, and these are uranium and thorium. Additional synthetic elements exist of this type, and the most important of these for nuclear power is plutonium. There are other complication to nuclear power, importantly that there must be a neutron source, and so, for example, uranium must be enriched to increase the number of neutrons, as its neutron source is uranium-235, which is not present in sufficient quantities in naturally occurring uranium.
Depends on the amount of fuel remaining. Usually at 78% and at 780 Degrees, A Reactor requires 480 Kilo Litres of Coolant [Water] per Day.
When operating, a nuclear power plant needs about 750,000 gallons of water per minute! When being shut down (as in the case of an emergency) the cooling operation requires about 25,000 gallons per minute.
around $500 a pole and $2 a foot about $1000 for the pole mounted transformer poles need to be less than 100' apart
The mass of uranium needed for a nuclear power reactor depend on the type and the power of this reactor. For a medium size reactor - 100 t.
Depending on: - the type of the nuclear reactor - the electrical power of the nuclear reactor - the type of the nuclear fuel - the enrichment of uranium - the estimated burnup of the nuclear fuel etc.
Depending on the type and the power of the nuclear reactor. An example; a CANDU type reactor of 700 MW need 700 kg uranium-235 and only ca. 500 kg are "burned".
A typical large power reactor will have approx 75 tons of uranium fuel with about 1/3 of this being changed every two years
For an answer it is necessary to know the number of inhabitants of the city, the industries located in the city, the envisaged type of the nuclear reactor, etc.
Approx. 70 US $ for 1 kg of nuclear reactor grade uranium doxide (with natural uranium); the enriched uranium is more expensive, depending on enrichment.
For a typical fission reactor, power output can range from maybe 700 to 1000 MW (megawatts) with most modern deisgns being in the high end of that range.
A pure and fresh prepared uranium sample don't contain plutonium; only the irradiated (in a nuclear reactor) uranium contain plutonium.
indirectly, if a house gets its energy from nuclear power plant, but not in the same way as burning coal or oil- it's much to dangerous to have a little nuclear reactor in the basement.
This depends on the type and power of the reactor; say tens of metric tons for a commercial reactor..
Because these are the only two elements (isotopes: Uranium 235, plutonium 239 and plutonium 241, fissile with thermal neutrons) that have fissile isotopes which can sustain a chain reaction in conjunction with a moderator, that is in a so called thermal reactor like PWR or BWR. Uranium 238 is fissile with fast neutrons though it will not sustain a chain reaction by itself, and would only be a significant source of power in a fast reactor. In a thermal reactor it captures neutrons and forms Pu-239 which then does add to the reactor's fissile fuel. Some other transuranic elements have fissile isotopes but they are not used as it is much easier and cheaper to use uranium produced from uranium ore. Also thorium can be used in nuclear reactors as a fertile isotope.
Up to 1500MWe per reactor