Porous metals with a cellular architecture have attracted considerable attention for a diverse
range of applications. Extensive efforts have been devoted to exploring cost-effective ways …

In this paper, the behaviour of silver as cathode conductive material, interconnect wire, and
sealing for anode lead connection for microtubular solid oxide fuel cells (µSOFC) is …

The increasing interest in lightweight solid oxide fuel cell (SOFC) systems for mobile
applications has raised the awareness for questions concerning mechanical robustness of …

A method for durability testing of solid oxide cell electrodes in current-switching operation is
presented. The aim is to obtain correlated time-dependent electrochemical and …

Cellular metals with the large surface/volume ratios and excellent electrical conductivity are
widely applicable and have thus been studied extensively. It is highly desirable to develop a …

In the present study, structural stability of silver under single-chamber conditions has been
examined. Micro-tubular cells made of conventional solid oxide fuel cell materials (Ni …

In the stack composed of solid oxide fuel cells (SOFCs), contact paste is usually applied
between interconnect and cell cathode to elevate electrical conductivity through improved …

Hydrogen is a reaction product during the oxidation of alloys in steam. A fraction of the
hydrogen produced diffuses into the alloy, while the remainder is released back into the gas …

The objective of this work is to compare the performance of different geometries (ie planar,
coplanar and micro tubular) under single-chamber (mixed-reactant) solid oxide fuel cell (SC …

Solid silver (Ag) is widely used current collector for solid oxide fuel cells (SOFCs). Here, its
structure stability is examined in methane-oxygen mixed gas at a furnace temperature range …