Vadim G. Kessler

TL;DR: In this article, uniform nanocrystalline mesoporous mixed cobalt-nickel spinel phases displaying unimodal pores in the 7-12 nm range and relatively high specific surface areas up to 83 m2/g were prepared by a low temperature synthesis approach in which the desired metal oxide stoichiometries were introduced on a molecular level by reacting heterometallic alkoxide precursors in the presence of supramolecular liquid crystalline phases.

TL;DR: Results of the RAPET dissociation of MoO(OMe)4 at 700 degrees C in a closed Swagelok cell are presented and it produces a mixture of comparatively larger (50 nm) molybdenum dioxide nanoparticles and separated uncoated carbon particles.

TL;DR: Systematic structural study of the molecules, resulting from microhydrolysis of heterometallic beta-diketonate alkoxides of barium and strontium (single-source precursors of perovskite oxide materials), demonstrates that the structures of these products result from a thermodynamically driven self-assembly of metal cations and ligands directed towards the most densely packed cores.

TL;DR: Porous nickel and cobalt oxides were prepared using their alkoxides as inorganic precursors and Octadecylamine has been used as the organic structure-directing agent to synthesize porous oxides of Ni and Co.

TL;DR: In this article, a series of the highly crystalline MFe2O4 ferrite spinel nanoparticles were synthesized via a modified Bradley reaction using microwave stimulation, and the calculated average grain size for dry powders is in the range 10 to 23 nm.