Length of fibre: 0 m 
Semi axis of fibre in z: 0 mm 
Semi axis of fibre in y: 0 mm 
Probability to lose photons at fibre surface: 0
Mirror placement at fibre end: 0
Reflectivity of mirror at fibre end: 0
Detector material vacuum/polystyrene (0/1): 0
Used emission spectrum: ""
Number of energies: 0
Energy / eV 	 Intensity
Number of interpolated points per emission spectrum interval: 0
Used wls absorption spectrum: ""
Number of wls absorption energies: 0
Energy / eV 	 WLS Absorption Length / m
Used wls emission spectrum: ""
Number of wls emission energies: 0
Energy / eV 	 WLS emission intensity
Formulae to calculate refractive indices in
 - vacuum: ""
 - core: ""
 - inner cladding: ""
 - outer cladding: ""
 with x in nm.
Scintillation yield: 0/keV
Resolution scale: 0
Fast decay time: 0 ns
Slow decay time: 0 ns
Yield ratio: 0
Birks constant: 0 mm/MeV
WLS decay time: 0 ns
Formulae to calculate absorption [1/m] in
 - core: ""
 - inner cladding: ""
 - outer cladding: ""
 with x in nm.
Formulae to calculate absorption due to irradiation [1/m] in
 - core: ""
 - inner cladding: ""
 - outer cladding: ""
 with x in nm and y in kGy.
Used sections file: ""
Number of sections: 0
Formulae to calculate Rayleigh scattering [1/m] in
 - core: 
 - inner cladding: 
 - outer cladding: 

Scintillation emission spectrum:
Energy/eV	Wavelength/nm	Intensity

WLS emission spectrum:
Energy/eV	Wavelength/nm	Intensity

WLS absorption length / m:
Energy/eV	Wavelength/nm	Absorption length

Refractive indices:
Energy/eV	Wavelength/nm	Vacuum	Clad2	Clad1	Core

Rayleigh scattering length / m:
Energy/eV	Wavelength/nm	Clad2	Clad1	Core
