The use of atmospheric pressure plasma to enhance catalytic chemical reactions involves
complex surface processes induced by the interactions of plasma-generated fluxes with …

A series of Fe3O4-based nanocatalysts with different residual sodium contents were
prepared by a simple one-pot synthesis method. The effects of residual sodium on the …

The promotional effects of transition metals of Zn, Mn and Cr on the textural properties,
reduction behavior, surface basicity, structural changes during reduction and reaction, and …

This paper addresses the effect of support pore sizes on the structure and performance of
iron catalysts supported by mesoporous silicas in high-temperature Fischer–Tropsch …

BTL-FT processes for hydrocarbon production from syngas obtained from biomass
gasification are becoming increasingly trendy as suitable alternatives to produce various …

Two model spherical iron catalysts (100Fe/0Al2O3 and 100Fe/15Al2O3) with free Cu and K
promoters were prepared by the combination of co-precipitation and spray drying method for …

The effects of manganese on the textural properties, bulk and surface phase compositions,
reduction/carburization behaviors and surface basicity of an Fe–Mn–K/SiO2 catalyst …

The effects of Cu and K promoters on precipitated iron-based Fischer–Tropsch synthesis
(FTS) catalysts were investigated by using N2 physical adsorption, temperature …

In the field of heterogeneous catalysis research, in situ and operando characterization
techniques, ie characterization techniques which can be applied under realistic reaction …

A systematic study was carried out to investigate the promotion effect of manganese on the
performance of a coprecipitated iron-manganese bimetallic catalyst for the light olefins …