Nuclear Power Plant Safety
Modern nuclear power plants have a myriad of nuclear safeguards that ensures the safe and productive use of nuclear energy. The primary safety concern for nuclear power plants has to do with the radioactive core. Does this Spark an idea?
Other People Are Reading
-
Radioactive Core
-
Nuclear energy is created through the use of nuclear fission within a nuclear power plant's core. Uranium atoms are split apart by neutrons and this separating process generates energy that is equivalent to some of the energy that is released from the sun. This process creates radioactive fuel; stringent regulations are in place to ensure safeguards from this radioactive core.
Materials
-
Modern nuclear power plants are constructed with materials that do not allow radioactive fallout to escape from within the plant's structure in case of a meltdown.
-
Physics
-
Nuclear power plants employ two types of physics processes to control the core. Negative temperature coefficient means that as the temperature increases in the core, the fission process automatically slows down. Negative void coefficient slows down the process by detecting steam and sends out fewer neutrons for the fission process.
ECCS
-
The emergency core cooling system is a backup safety measure that removes excessive heat from within the core to ensure protection for the nuclear power plant.
Shutdown Features
-
In the event of earthquakes or malicious intent, sensors are triggered that automatically shut down the nuclear facility and render it inoperable. Many scientist, engineers, politicians, and military personnel all have contributed to ensuring the safe and smooth operation of nuclear power plants.
-
