Room-temperature lithium insertion into the title framework structures can be represented as
Fe 3+ 2 (Mo 6+ O 4) 3→ 2n-BuLi Li 2 Fe 2+ 2 (Mo 6+ O 4) 3→ 6n-BuLi [Li+ 8 Fe 2+ 2 (Mo 4+ …

This review deals with the important industrial reaction of formaldehyde manufacture by
methanol oxidation over iron molybdate catalysts. Detailed reference is made to the used …

Abstract Monoclinic and orthorhombic Fe2 (MoO4) 3 microsized particles with complex 3D
architectures have been selectively prepared by a template‐free hydrothermal process. The …

Two iron molybdate catalysts have been prepared by coprecipitation, one stoichiometric
(Mo/Fe atomic ratio= 1.5) and the other with a typical industrial composition (Mo/Fe atomic …

Stoichiometric iron-molybdate and an industrial like catalyst, with the usual Mo excess, were
prepared by the normal coprecipitation technique. Additionally, a Mo rich catalyst was …

Methanol oxidation to formaldehyde was studied over a series of Fe–Mo–O catalysts with
various Mo/Fe atomic ratio and the end compositions Fe 2 O 3 and MoO 3. The activity data …

Methanol is oxidised to formaldehyde by the Formox process, in which molybdenum oxides,
usually doped with iron, are the catalyst. The active phase of the catalysts and the reasons …

A powder neutron diffraction study and subsequent line-profile analysis of the magnetic
structure of iron (III) molybdate at 2 K indicate that it is a four-sublattice antiferromagnet …

Multicomponent molybdate catalysts consisting of Fe 2 (MoO 4) 3 with different amounts of
Bi or Te were used for the oxidation of propylene to acrolein and characterized by means of …

Catalytic performance depends largely on the surface properties. Here, the surface phase
composition of iron molybdate catalysts with different Mo/Fe atomic ratios calcined at …