Synthesis of nanoparticulate yttrium aluminum garnet in supercritical water–ethanol mixtures

Solvothermal nanoYAG synthesis: Mechanism and particle growth kinetics

“…Cabanas and co-workers [12] produced single phase YAG in supercritical ethanol and water mixtures using continuous synthesis. The solvent mixtures facilitated the crystallization of the precipitates obtained using ammonia solution at 385°C and 24…”

Proton Momentum Distribution of Liquid Water from Room Temperature to the Supercritical Phase

“…Supercritical water is of technological interest for applications as varied as producing hydrogen from glucose [1] and fabricating nanoparticles of yttrium aluminum garnet [2]. Beyond its technological interest, the variation of the properties of water as it is heated under pressure to reach the supercritical point and above provides a means of investigating the effects of the hydrogen bond network on those properties as the network is pulled apart.…”

Tunable Ferrites as Environmentally Friendly Materials for Energy‐Efficient Processes

“…Softchemistry routes, high-energy dry-grinding, and hydrothermal In the Spanish context, synthesis in SC conditions has been employed for obtaining nanoparticles of simple oxides or coated systems by a small number of researchers. [20][21][22] Our group is now achieving the synthesis of spinel-type phases in the systems Li-Fe-M-O and Fe-Mn-M-O (where M is a 3d transition metal) in supercritical water, in order to evaluate the relationship between the particle size and morphology and the electric and magnetic properties, and to compare samples obtained by different synthesis methods.…”