Chapter 3 - The Oxide Chemistry of Molybdenum
3.5 Suggestions for Further Reading: General Molybdenum-oxide Chemistry (2)
- Gmelin Handbook of Inorganic Chemistry, Molybdenum Supplements, Springer Verlag, Berlin; Oxides: Volume B1, 1975;...
- et al.
‘Lower valence Molybdenum Oxides: Crystal Chemistry and Electronic Properties’ Reviews in Inorganic Chemistry
(1984)
Cited by (24)
Molybdenum chalcogenides for supercapacitor applications: A critical review
2023, Journal of Energy StorageBoosting water activation determining-step in WGS reaction on structured catalyst by Mo-doping
2022, Catalysis TodayCitation Excerpt :Besides the conducting properties of Mo-based MIEC, Mo oxides have been reported to form bronzes when doped with a few percent of Eu, this generates a semiconductor material capable to hold H2 or water molecules between the α-MoO3 layers [21,22]. In the same way, MoO3 forms bronzes on adding H2 [22–25], that is dissociated and bonded as −OH or −OH2 groups, depending on the H2 concentration. The H2 inclusion in MoO3 phases does not control the electronic properties but has influence in the crystal structure, affecting thereby the hydrogen mobility [26–28].
Facile synthesis of MoO<inf>3</inf> nanodots self-assembled into hollow mesoporous silica: Enhancing efficient oxidative desulfurization and investigating reaction mechanism
2021, Journal of Environmental Chemical EngineeringCitation Excerpt :In principle, the intensity of the g-value of the EPR spectrum disclosed the number of unpaired electrons in the orbitals. The results of the EPR spectrum indicated that the signal intensity of the catalyst MoO3/SiO2 was weaker than that of MoO3/SiO2-1-HN, which might mean that the sample MoO3/SiO2-1-HN loaded with small-sized NDs containing more unpaired electrons and allowing more free electrons to be released into the bulk in a delocalized means similar to the antiferromagnetic coupling [55,58,59]. Interestingly, the control catalysts after H2O2 treatment generated several new signals (g≈2.105, 2.095, 2.088, 2.083), whereas the signal had weakened at g≈ 2.019.
Purification growth of orthorhombic molybdenum trioxide crystals from alkali-metal-containing Mo-sources
1999, Journal of Crystal GrowthVapour phase growth of orthorhombic molybdenum trioxide crystals at normal pressure of purified air
1998, Journal of Crystal Growth