One would noramlly use a core simulation code that tracks the fission product inventory.rhema8686 said:How do you calculate the total fission product given the fuel type, volume and power density of the reactor?
assuming it's a BWR and homogenous mixture of fuel and coolant. what's the simplest way to find it?
Fission product density refers to the concentration of radioactive elements that are produced as a byproduct of nuclear fission reactions.
Fission product density is important because it affects the radiation levels and potential hazards of nuclear waste. It also impacts the efficiency of nuclear reactors and the safety of nuclear power plants.
Fission product density is typically measured in units of curies or becquerels, which represent the amount of radioactive material present. It can also be measured in terms of activity or specific activity, which take into account the type of radiation emitted by the fission products.
The amount and type of fissionable material, the type of reactor, and the length of time since the fission reaction all affect the fission product density. Other factors include the temperature and pressure of the reactor, as well as the chemical composition of the fuel and reactor materials.
High levels of fission product density can lead to increased radiation levels, which can be harmful to living organisms. It can also make the disposal and storage of nuclear waste more challenging and costly. In extreme cases, high fission product density can cause reactor accidents and radioactive contamination of the environment.