Solid oxide cell (SOC) is an important technology for hydrogen energy utilization. Durability
and reliability of metal components including interconnect and metal support of metal …

In view of its important role as raw materials in various energy and environment fields, pure
oxygen has been widely required. The present cryogenic distillation, polymeric membrane …

This work describes a high temperature corrosion kinetics study of∼ 30% porous Fe22Cr
alloys. The surface area of the alloy (∼ 0.02 m 2 g− 1) has been determined by tomographic …

Porous FeCoNiCrAl x high-entropy alloys (HEAs) with different atomic fraction of Al were
developed as potential candidates for high-temperature filter materials by reactive synthesis …

The high temperature oxidation behavior of a high Al-containing ferritic heat-resistant
stainless steel at temperatures of 800, 900, and 1000° C in air were studied in isothermal …

In this work, a long-term (up to 6000 hours) corrosion evaluation of three porous (~ 30 pct of
initial porosity) ferritic iron-chromium alloys with different Cr contents (20, 22, and 27 wt pct …

Interest in ceramic transport membrane materials has increased significantly leading also to
questions with respect to mechanical reliability and robustness, hence, requiring knowledge …

The effect of high-temperature oxidation at 850° C (10 h, 30 h, 100 h) and 900° C (10 h) on
porous (∼ 30% porosity) ferritic stainless steel (Fe22Cr) has been investigated using …

The coalloying with high contents of chromium (Cr), boron (B) and yttrium (Y) for porous B2-
structured FeAl intermetallics fabricated through reactive synthesis was conducted. The …

Abstract Porous Fe-Cr-Al samples with different compositions and pore structures were
prepared by reactive synthesis. Oxidation tests for porous Fe-Cr-Al materials were …