Use of spinel materials in heterogeneous catalysis is highly attractive because of their
unique properties, including their high thermal and chemical stability, good electrical …

High-temperature devices are eco-friendly devices with the potential to become efficient
systems for energy conversion and storage. The stability of components within solid oxide …

With the reduction of solid oxide fuel cell (SOFC) operating temperature to the range of 600
C–800 C, Cr-containing ferritic alloys have become the preferred interconnect material …

The occurrence of cation interdiffusion during sintering and operation of Solid Oxide Fuel
Cells (SOFCs) is inevitable, due to high temperatures and chemical potential gradients …

The xCr-MnCo dual-structured coating was proposed on SUS430 steel to achieve high
corrosion resistance and conductivity. The results show that Cr barrier layer (x) thickness …

Cu and Ni substitutions are investigated at spinel MFCO (Manganese Iron Cobalt Oxide)
components using a variety of characterization techniques, including XRD, XPS, RAMAN …

Abstract Fe-doped Mn 1, 5 Co 1, 5 O 4 coatings on Crofer22APU were processed by an
electrophoretic co-deposition method and the corrosion resistance was tested at 750° C up …

This work investigates the importance of the chemical composition and porosity of the
coating on reducing the oxidation and Cr-evaporation rate of AISI 430 steel in O 2-5% H 2 O …

This study aimed to investigate the colloidal stability of (Cu, Mn, Co) 3 O 4 spinel in various
suspension media and suitable applied voltage for electrophoretic deposition (EPD). The …

A reactive element layer is introduced into the coating system to enhance the properties of
FeCoNi coating for solid oxide fuel cell interconnects. An FeCoNi/CeO 2 dual-layer coating …