The luminescence spectrum of electron-irradiated D2O ice—the effects of decay time, accumulated dose and isotopic substitution

The effect of deposition rate and sample

The effect of deposition rate and sample thickness on the luminescence emitted by electron irradiated polycrystalline H2O ice

✍ R.A.J. Litjens; T.I. Quickenden; C.G. Freeman; D.F. Sangster 📂 Article 📅 1995 🏛 Elsevier Science 🌐 English ⚖ 625 KB

The luminescence arising from the excitation by 0.53 MeV electrons of vacuum deposited polycrystalline ice at 77 K, has been studied as a function of deposition rate and ice thickness. Changes in deposition rate from 0.03 to 17mmh -~, at various constant sample thicknesses, affected the luminescence