The review briefly outlines the general laws of ion transport in solid electrolytes, including
the mechanisms of defect formation and proper ion transport. Various approaches used to …

Superprotonic phase transition in CsHSO4 allows fast protonic conduction, but only at
temperatures above the transition temperature of 141° C (T c). Here, we preserve the …

Solid-acid fuel cells (SCFCs) utilize an anhydrous, nonpolymeric proton conducting
electrolyte that can operate at slightly elevated temperatures. By supporting thin electrolyte …

We have demonstrated that a protic ionic liquid, diethylmethylammonium
trifluoromethanesulfonate ([dema][TfO]) functions as a proton conductor and is suitable for …

В обзоре кратко описаны общие закономерности ионного переноса в твердых
электролитах, обсуждены механизмы дефектообразования и собственно ионный …

doped proton conductors were prepared by controlling the initial composition of the
reactants [,, and]. with displayed conductivities approximately two orders of magnitude lower …

We demonstrate cathodes for solid acid fuel cells fabricated by vapor deposition of platinum
from the metalorganic precursor Pt (acac) 2 on the solid acid CsH2PO4 at 210° C. A network …

High-power-density alcohol fuel cells can relieve many of the daunting challenges facing a
hydrogen energy economy. Here, such fuel cells are achieved using as the electrolyte and …

We propose a new design for electrocatalysts consisting of two electrocatalysts (platinum
and iron oxide) that are deposited on the surfaces of an oxidized graphene substrate. This …

Abstract Mg-, In-, and Al-doped were synthesized, and their potential as electrolytes for fuel
cells was evaluated in terms of their performance and durability. The overall conductivity of …