Proton conductivity in a new class of H₂S modified thioborate-based glasses and ceramics
By Kukulka-Walkiewicz, Joanna & Opallo, Marcin
Published in Solid State Ionics
NULL
2004
Abstract
Proton conducting multi-component glasses and alkali-halide (CsI)-doped ceramics based on thioboric acid have been prepared and characterized. These materials are anhydrous proton conductors and as such are based on a new type of proton bonding and motion. The structures of the precursor material (HBS₂), the mixed glass forming ternary system (H₂S+B₂S₃+SiS₂) and the alkali-halide-doped system (H₂S+B₂S₃+CsI) and their proton conductivities are reported. Good improvement in the thermal stability and proton conductivity is obtained in the ternary multi-component system. The results illustrate the potential for the development of novel fast proton conductors in anhydrous form in the intermediate temperature range of 100–300 °C.
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