/FRENSIE-tests

Validation and Verification test for FRENSIE

Primary LanguagePython

Verification and Validation for FRENSIE

Neutron Verification Tests

Bare Hydrogen Sphere

All of these tests consist of a sphere of H1 with a radius of 1.0 cm and an atom density of 1.0 atom/(b-cm) surrounded by a vacuum. The temperature of the H1 is changed for each test to verify the free-gas thermal model implementation. For each test both the current per lethargy and the flux spectrum is calculated.

  1. T = 293.6 K

H1 Sphere Current @ 293.6K H1 Sphere Current @ 293.6K

  1. T = 600 K

  2. T = 900 K

  3. T = 1200 K

  4. T = 2500 K

H1 Sphere Current @ 2500K H1 Sphere Current @ 2500K

Photon Verification Tests

Hydrogen Broomstick

  1. Source Energy = 0.1 MeV, No Doppler Broadening

H Broomstick Current Es=0.1 MeV

  1. Source Energy = 0.1 MeV, Doppler Broadening (MonteCarlo.DECOUPLED_HALF_PROFILE_DB_HYBRID_INCOHERENT_MODEL)

H Broomstick Current Es=0.1 MeV

  1. Source Energy = 1.0 MeV, No Doppler Broadening

H Broomstick Current Es=1.0 MeV

  1. Source Energy = 1.0 MeV, Doppler Broadening (MonteCarlo.DECOUPLED_HALF_PROFILE_DB_HYBRID_INCOHERENT_MODEL)

H Broomstick Current Es=1.0 MeV

  1. Source Energy = 10.0 MeV, No Doppler Broadening

H Broomstick Current Es=10.0 MeV

  1. Source Energy = 10.0 MeV, Doppler Broadening (MonteCarlo.DECOUPLED_HALF_PROFILE_DB_HYBRID_INCOHERENT_MODEL)

H Broomstick Current Es=1.0 MeV

Electron Verification Tests