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'''Nuclear Engineering''' is a branch of engineering dealing with a system under nuclear reaction. Followings are subject of interest to a nuclear engineer.
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'''Nuclear Engineering''' is a branch of engineering dealing with a system under nuclear reaction. Followings are the main subjects of interest to a nuclear engineer.
   
   
== Headline text ==
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== Reactor Physics ==
Reactor physics : bahavior of neutron, gamma-ray inside of a nuclear reactor.
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Reactor physics deal with the behavior of neutron, gamma-ray inside of a nuclear -reactor. Fission of fissile material such as uranium-235 or plutonium-239 produce 2 or 3 fast neutrons and several gamma rays. The fast neutron either loses its energy by scattering, absorbed by a nuclide. Scattered neutron will either escape the system or undergoes another cycle of collsion. Absorbed neutron will either transmute the nuclide to another nuclide or make a fission. The average number of neutron invoking a fission among the neutron produced from a fission should be exactly one to produce energy stably. Main result of reactor physics is the criticality and the power distribution.
   
== Headline text ==
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Thermal hydraulics : heat removal from a nuclear reactor.
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== Thermal hydraulics ==
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Thermal hydraulics dels with the heat removal from a nuclear reactor.
== Headline text ==
 
aterial damage : damage of material by radiation, corrosion.
 

Revision as of 08:22, May 1, 2006

Nuclear Engineering is a branch of engineering dealing with a system under nuclear reaction. Followings are the main subjects of interest to a nuclear engineer.


Reactor Physics

Reactor physics deal with the behavior of neutron, gamma-ray inside of a nuclear -reactor. Fission of fissile material such as uranium-235 or plutonium-239 produce 2 or 3 fast neutrons and several gamma rays. The fast neutron either loses its energy by scattering, absorbed by a nuclide. Scattered neutron will either escape the system or undergoes another cycle of collsion. Absorbed neutron will either transmute the nuclide to another nuclide or make a fission. The average number of neutron invoking a fission among the neutron produced from a fission should be exactly one to produce energy stably. Main result of reactor physics is the criticality and the power distribution.


Thermal hydraulics

Thermal hydraulics dels with the heat removal from a nuclear reactor.

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