Executable and Examples

Running the executable

CONFLUX is packaged with an executable quickflux.py to perform simple calculations, such as neutrino flux from an low enrichment uranium (LEU) reactor at equilibrium state. The executable is capable of taking a JSON file as the input. The output is a csv file that contains the spectrum energy, amplitude and uncertainty. Currently, the neutrino calculation does not calculate time dependent reactor model. The user can run the calculation through:

python3 exec/quickflux.py input.json

Here is the example of the

Highlighted examples

CONFLUX contains a series of example for common reactor neutrino calculations that are more complicated than quickflux.py can do. The applications includes:

• Time dependent reactor neutrino evolution as the fission fractions change over long LEU reactor cycles.

• Individual beta/neutrino spectrum calculation with non-zero neutrino mass.

• Reactor

• Combination of the conversion and summation calculation results.

• Neutrino flux change over time after a burst fission.