[ Identification | Description | Input parameters | Links ]
Test_Fermi
InstrumentCross comparison of Fermi Chopper components, using McStas and contributed components, as well as rotating collimator approximations. It shows that all implementations are equivalent. However, approximating rotating guide are 30% faster than McStas Fermi chopper, and on the other hand Vitess implementation is 100 times slower.
Name | Unit | Description | Default |
Fermi | 1 | Choice of Fermi chopper component to test, with 1=FermiChopper, 2=Vitess_ChopperFermi, 3=FermiChopper_ILL, 4=rotating Guide_gravity, 5=rotating Guide_channeled | 1 |
lambda | 3.39 | ||
width_FC | m | total slit pack width | 0.044 |
height_FC | m | height of FC slit pack | 0.064 |
length_FC | m | length of FC slit pack | 0.012 |
FC_Hz | Hz | rotation speed. Omega=2*PI*nu in rad/s, nu*60 in rpm | 100 |
Nslit_FC | 120 | ||
d_SF | m | distance from Source to FC center | 3 |
d_FD | m | distance from FC center to Detector | 3 |
phase | deg | FC phase. Use -0 for automatic | 271.92 |
Test_Fermi.instr
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[ Identification | Description | Input parameters | Links ]
Generated on 2024-01-03 11:47:43