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Nuclear power plant is a thermal power plant, kind of works. Similar to power plants that use coal, oil and natural gas. Fuel. By the nuclear power plant. The work can be divided into two parts.To enter the nuclear fuel rods. The water inside the sealed structure. For heating. From nuclear fission to boil water to produce steam for steam production. From fuel combustion. Types of gases that cause pollution.As that steam. Of nuclear reactors. Then send it to spin a turbine, which produces electricity as a component part. Thermal power plants of all kinds. Components of a nuclear power plant. The power generation.Roughly speaking, it consists of nuclear fuel. Water used for cooling. And a neutron with retardant speed. Reactor pressure. Reaction control system. Safety control system. That help prevent and resolve.The uranium fuel and generating steam. Used in nuclear power plants. Typically, the concentration of uranium isotopes -235 2 percent (the remaining uranium -238. Fission reaction which can not be.In the form of uranium oxide was derived from. Uranium ores. That exist in nature. (Uranium isotopes. That exist in nature. Containing uranium -235 0 percent.7 and is about 99 percent uranium -238.27 of the remaining uranium -234. Very small quantities) and go through the process of enrichment. The amount of uranium -235 and more after that. Made in the form of oxides. Then be compressed and grained. Contained within the alloy ingots.Which will be brought together. A torch Form the reactor core. Contained within the reactor. To withstand high pressure. The reactor with water under controlled pressure packed. To serve as a heat sink.And utilization. The delay is the speed of neutrons with For the neutron. With sufficient speed. Nuclear fission reaction to continue. Nuclear fission. Fuel in the nuclear power plant.A substance that has special properties. Adsorption of boron carbide particles such as neutrons. Controls. Nuclear reactions, increased or decreased as required. By moving the control rods out.To absorb the neutron excess of the nuclear power plant. Current world. Have used three types of the first nuclear power plant.Nuclear power plants use high pressure (pressurized water reactor:.pwr) plant species. To heat transfer. Of fuel and water. To a temperature of about 320 ° C in a large tank. The high pressure of approximately 15 MPa (mpa), or about 150 times the atmospheric pressure.Bring the water and this section. To heat transfer. To the cooling water system. To achieve a boil. And vaporization of water. Preventive The water in the reactor. The radioactive contaminant. Spread to other parts of the device.Leakage of radioactive material. To the environment 2.Power plant boiling water (boiling water reactor:.bwr) can produce steam directly. Of boiling water in the tank. Which controls the internal pressure (about 7 mpa) under the first nuclear power (pwr), so the need for the machine to produce steam. Pump and heat exchanger.Fell but necessary. Radiation protection for the building. Devices in different parts of the plant as the steam from the reactor. Are passed directly to those devices
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Nuclear power plants are considered a type of thermal power plant work similar to a power plant that uses coal, oil and natural gas as fuel. By the nuclear power plant can divide the work 2. Nuclear fuel rods are inserted into the water within the structure, sealed so that the heat from a nuclear fission reactor water Tom manners, producing water vapor instead of steam produced from the combustion of fuel. The type of gas that caused pollution. As part of the nuclear reactor steam was then sent to spin turbines producing electricity which this section as an element of the heat power plants of all types of nuclear power plant components. Power generator parts It consists of the doikwang nuclear fuel. Water is used as cooling and neutron speed retardant. Members of high pressure cylinder system controlled reaction control system, which helps prevent and resolve. And production systems, steam, etc. The uranium fuel used in nuclear power plants Typically, there will be a concentration of the isotope uranium-235. Approximately 2% of the remaining uranium-238 is (which is not the principal fission manner can be. In the rupoksai of uranium ore to smelt, derived from uranium that exists in nature (uranium isotopes that exist in nature consists of uranium-235 is around 0 percent.7 and is approximately 99 percent of uranium-238.The remaining 27 are uranium-234. Very little quantity) and then go through the process to enhance performance, with uranium-235 and after, in the form of oxide, is a tiny grain of soft stuffing inside the bars of alloy. Which are bundled into the fuel bundle? Compose the members contained within the tanks, high pressure resistant members inside the tank members. There is water under controlled pressure filling is to be used as a cooling. You can also use the benefits of delay, so that the speed of the neutron neutron that happens. With the right amount of speed, that there will be a nuclear fission reactor demeanor. A nuclear fission reactor fuel manners in nuclear power plant. That is a message that has a special feature on the neutron absorbing particle capture, such as Bo Ron carbide serves to control nuclear reaction occurred, increased or decreased as needed by moving the control bar. To catch the excess neutron particle model of nuclear power plant. Today, all over the world have used nuclear power plant 3: 1. A nuclear power plant using high pressure water (Water Pressurized Reactor: PWR) power plants, this type of heat transfer from the fuel rods to water until the high temperature approx. 320° c. Inside a large tank compressor high pressure approx. 15 mega Paschal II (Mpa) or approximately 150 times atmospheric pressure. This section of water and heat transfer to water cooling system to provide the boiled and made into steam to prevent the water in the tank, there are members who are adulterated substances and radiation spread to other devices. The radioactive substance leaks into the environment 2. The power plant Reactor (boiling water Boiling Water: BWR) can produce steam directly from the internal water tank to boil, which controls internal pressure (approx. 7 Mpa), less than the first nuclear power plant (PWR) and therefore the need to use the steam generators and heat exchangers, pumps. It decreases, but need to Radiation protection building construction. In the system devices section of the power plant because the water vapor from the tank members are passed directly onto those devices
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nuclear power plants are a heat-power is one of the main works like a power plant, coal oil and natural gas as a fuel in nuclear power plants that can be divided into 2 parts, the work.nuclear fuel will put sticks in water within the structure is closed so that the heat from the nuclear reaction to fish. Boil the water production of steam instead of the production of steam from the combustion Fuel gas cause pollution.This is the steam from the capacity is already sent to turn nuclear power plant turbine, this part is a component of the heat generating components of nuclear power plants and all kinds of energy sourcesHe said the broad nuclear fuel will be combined with the water cooling and a terminal speed delay นิวต Toronto trash capacity with high pressure reaction control system control system which helps to protect the safety and editand the production of steam, etc. uranium Fuel Used in nuclear power plants, typically have the intensity of the isotopes uranium - 235 approximately 2% (the rest is uranium-238, not a reaction to fish.in the form of uranium oxide and uranium from the smelleding works in nature (the isotopes of uranium was in the nature of a uranium - 235 0 percent.7, and a uranium-238 approximately 99 per cent.The remaining 27 are uranium-234 amount of very little), and then used to enhance performance through the process, a quantity of uranium-235, and after that, it is in the form of oxide, and then be compressed tablets, a little metal container within mixedwhich will be used to bind together the fuel capacity, a barrel trash container is within the capacity of the high pressure resistant Capacity water tanks within the container is under the control of the pressure is to use a heat sink.It is the delay and also take advantage of the speed of the electron นิวต นิวต Celeron processors in order to speed up a moderate nuclear reactions to occur Goldfish Goldfish nuclear reaction applications. Applications in fuel nuclear power plants.which is a substance that has a special feature in the vacuum particles นิวต Toronto, such as Hebron นคาร์ไบด์ controls to increase or decrease in nuclear reaction in accordance with the need to control access to the scroll bars.to suck up excess particles นิวต Toronto, of nuclear power plants nuclear power plants using current popular worldwide. 3. are: 1.nuclear power plants use a high pressure water (Pressurized Water Reactor:PWR) this type of power plant heat transfer from water to fuel sticks until it has a high temperature around 320 degrees Celsius within large trash will be compressed approximately 15 megawatts of high pressure, spa, (Mpa) or about 150 times the pressure of atmosphere.and bring the water to the heat exchanger to a cooling water system. So that the boiling point and has become a steam comes out of the water tank capacity to prevent the radiation of particulates is spread to the rest of theThe leak of radioactive substances into the environment 2.power plants, boiling water (Boiling Water Reactor:BWR) can produce steam directly from the kettle within tanks, pressure control within (approximately 7 Mpa) lower than nuclear power plants. First (PWR), so the need to use the steam production and exchange heat pumpbut it was necessary to reduce the construction building protection system radiation in various parts of the power plant capacity as steam from the trash will be sent through to those devices directly