Changes

* taking the energy deposition in plastic (~1&nbsp;<math>g/cm^3</math>) to saturate at ~2&nbsp;MeV/cm with 2&nbsp;cm length of scintillator yields 4&nbsp;MeV

* taking the energy deposition in plastic (~1&nbsp;<math>g/cm^3</math>) to saturate at ~2&nbsp;MeV/cm with 2&nbsp;cm length of scintillator yields 4&nbsp;MeV

* The critical angle in multi-clad BCF scintillating fibers is 27.4^o&nbsp;C resulting in forward capture of 5.6%

* The critical angle in multi-clad BCF scintillating fibers is 27.4^o&nbsp;C resulting in forward capture of 5.6%

* Lastly, frequency-dependent efficiencies must be taken into account. Using nominal efficiency specifications, SiPM PDE distribution weighted by scintillator (BCF-10 or BCF-20) emission and BCF-98 transmission spectra is integrated over all wavelengths. These distributions are shown in adjacent figures.

* Lastly, frequency-dependent efficiencies must be taken into account. Using nominal efficiency specifications, SiPM PDE distribution weighted by scintillator (BCF-10 or BCF-20) emission and BCF-98 waveguide transmission spectra is integrated over all wavelengths. These distributions are shown in adjacent figures.