Antonio Shigueaki Takimi

TL;DR: The combustion synthesis technique using glycine as fuel and aluminum nitrate as an oxidizer is able to produce alumina powders as mentioned in this paper, and the results showed that as the fuel-to-oxidant ratio increases, the amount of gases produced and adiabatic flame temperatures also increases.

TL;DR: In this article, an interpretation based on the thermodynamic viewpoint and the measurement of the combustion temperatures during the reactions occurring for various fuel-to-oxidant ratios was proposed for a study of the nature of combustion and its correlation with the characteristics of as-synthesized powders.

TL;DR: Microhardness and radiopacity increased with higher amounts of Nb(2)O(5), and the particles were able to penetrate into the hybrid layers and may be an alternative for polymer-based biomaterials.

TL;DR: In this article, a solution combustion synthesis technique to obtain the nanostructured magnesioferrite (MgFe 2 O 4 ) spinel powder was performed in an electric muffle furnace.

TL;DR: In this paper, a solution combustion synthesis technique was described for iron oxide powder production using urea as fuel and ferric nitrate as an oxidizer, focusing on the thermodynamic modeling of the combustion reaction under different fuel-to-oxidant ratios.