With the reduction of solid oxide fuel cells (SOFCs) operating temperature to the range of
600° C–800° C, metallic alloy with high oxidation resistance are used to replace traditional …

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 present work investigates the low-cost steels AISI 441, AISI 430, and AISI 444 against
the tailor-made high Cr steel Crofer 22 APU (22.9 wt% Cr) at 800° C in simulated solid oxide …

Chromium vaporization and oxide scale growth are probably the two most important
degradation mechanisms associated with the interconnect in Solid Oxide Fuel Cells …

Solid oxide fuel cells have the potential to render the conversion from fuel to electrical
energy more efficienct while lowering emissions. The technology, however, suffers from …

Solid oxide fuel cells (SOFCs) have emerged as the potential power generating devices,
being profoundly effective, biofuel-based, and causing negligible harm to the environment …

The low-cost ferritic steel grades 441 and 430 are benchmarked against the specialty grade
Crofer 22H as possible interconnect materials for intermediate temperature solid oxide fuel …

To understand the role of Si in the oxidation resistance of SIMP steel, steels with three Si
levels, 0, 0.58 and 1.22 wt.%(0Si, 06Si and 12Si for short), were tailored to investigate their …

Electrophoretic deposition (EPD) of protective coatings on solid oxide fuel cell (SOFC)
interconnects is an efficient method to mitigate 'chromium poisoning', which is a primary …

Abstract Solid Oxide Fuel Cells (SOFCs) offer low carbon emission and high efficient energy
conversion systems. For the wide commercial distribution of this system, one of the …