Length of fibre: [m]
Half radius z: [mm]
Half radius y: [mm]
Probability to lose photons at fibre surface: (0-1)
Mirror placement at fibre end: (0/1)
Mirror reflectivity: (0-1)
Detector material vacuum/polystyrene (0/1): (0/1)
Used emission spectrum: "path..."
Number of interpolated points per emission spectrum interval
Used WLS absortpion length spectrum: "path..."
Used WLS emission spectrum: "path..."
Scintillation yield: [1/keV]
Resolution scale: (width of gaussian to produce photon number)
Fast decay time: [ns]
Slow decay time: [ns]
Yield ratio: (fast component / total scintillation yield)
Birks constant: [mm/MeV]
WLS decay time: [ns]
Formula to calculate refractive indices in vacuum: "formula..." , x [nm]
Formula to calculate refractive indices in core: see vacuum
Formula to calculate refractive indices in inner cladding: see vacuum
Formula to calculate refractive indices in outer cladding: see vacuum
Formula to calculate absorption [1/m] in core: see refractive indices vacuum
Formula to calculate absorption [1/m] in inner cladding: see core
Formula to calculate absorption [1/m] in outer cladding: see core
Formula to calculate absorption due to irradiation [1/m] in core: "formula..." ,x [nm] and y [kGy]
Formula to calculate absorption due to irradiation [1/m] in inner cladding: see core
Formula to calculate absorption due to irradiation [1/m] in outer cladding: see core
Used sections file: "path..."
Rayleigh scattering strength (inverse scattering length) [1/m] for core.
Rayleigh scattering strength [1/m] for inner cladding.
Rayleigh scattering strength [1/m] for outer core.
