Aerosol processing is long known and implemented industrially to obtain various types of
divided materials and nanomaterials. The atomisation of a liquid solution or suspension …

Despite technological developments within the past century, ammonia synthesis from
nitrogen and hydrogen is still highly energy intensive due to high-pressure operation. Even …

Ammonia synthesis is structure sensitive, and a minute change in the catalyst structure
would cause a dramatic change in activity. To date, none of the studies reveal the metal size …

Compared with the traditional Haber–Bosch process, electrochemical ammonia synthesis
has attracted much attention owing to its low energy consumption, low pollution potential …

The high CO 2 methanation activity of Ru/TiO 2 catalysts prepared by mixing both anatase
and rutile TiO 2 as a support is described, focusing on mild reaction temperature (50–200° …

Three ceria nanocrystals with different morphologies (nanocubes, nanorods, and
nanoparticles) were synthesized and used as supports to evaluate the support morphology …

Hydrogen (H2) is a zero-carbon and high-energy-density fuel promising to replace fossil
fuels for power generation and clean energy. However, hydrogen still faces enormous …

The increase of alumina calcination temperature from 800° C to 1300° C results in the
transformation of γ-Al2O3 to α-Al2O3 phase accompanying a decrease of specific surface …

Ammonia, one of the most important chemicals and carbon‐free energy carriers, is mainly
produced by the traditional Haber–Bosch process operated at high pressure and …

Ammonia synthesis is the single most important chemical process in industry and has used
the successful heterogeneous Haber–Bosch catalyst for over 100 years and requires …