Nitrogen oxides, NOx, are harmful and should be eliminated to help the clean-up and/or
maintenance of the global environment. In recent years, an opportunity to utilize the reactive …

Nitrogen oxides (NOx) should be purified according to environmental regulations, being
restricted increasingly year by year. A wide variety of denitration technologies, such as …

Supramolecular chemistry–mediated synthesis has thus far been employed for the design of
ordered mesoporous structures surrounded by various metal oxides that are helpful as …

The morphology of surfactant-assisted mesoporous metal oxides was tuned to obtain high
surface-area particles by utilizing the synthetic conditions for fabricating transparent thin …

Pd/Al2O3 catalysts were prepared using various Al2O3 supports with different structural
features such as crystalline phase and crystallinity related to Al3+ coordination, revealing a …

γ-Alumina with incorporated metal oxide species (including Fe, Cu, Zn, Bi, and Ga) was
synthesized by liquid-assisted grinding—mechanochemical synthesis, applying boehmite as …

Surfactant-assisted synthesis is a promising technique for the tailor-made design of highly
porous metal oxide based nanomaterials. There has been a demand for the comprehensive …

The regulation of automobile exhaust gas, especially that concerning hazardous nitrogen
oxide (called as NOx) becomes stricter year-by-year, which should be urgently …

The crystallization of inorganic oxide framework in mesoporous materials is a general issue
for every application field. An amount of heated air to recover mesoporous Al2O3 powders …

The crystallinity of inorganic solids like metal oxides after the porosity design is the crucial
factor that should be investigated for enhancing their physicochemical properties. In most …