Energy resolution measurements of benzene, toluene and cyclohexane scintillators for monoenergetic γ-rays

Energy resolution and difference of the maximum energy of Compton electrons from the half-height of the Compton edge was measured experimentally for benzene (C6H6), cyclohexane (C6H12) and toluene scintillators for monoenergetic γ-rays using a γ-γ coincidence technique. For 0.5–1.2 MeV γ-rays, the energy resolution for C6H6, C6H12 and toluene scintillators varies from 23.8−12.6%, 28.6−2.5% and 23.5−4.6%, respectively. The corresponding energy difference between the maximum Compton electron energy and the half height of the Compton edge for C6H6, C6H12 and toluene scintillators varies from 13.2−7.6%, 17.7−10.2% and 10.2−6.8%, respectively. The energy resolution of the C6H6 detector agrees within 5–10% of that obtained with an identical C6D6 scintillator.