On the paramagnetic behavior of heavily doped Zn1−xMnxO films fabricated by Pechini’s method

Analysis of structural, morphological and magnetic properties of diluted magnetic semiconductor ZnO:Eu obtained by combustion reaction

“…There are several techniques reported in the literature that can be used to obtain DMSs, such as the sol-gel method, coprecipitation, Pechini method, aqueous solution, and hydrothermal method [17][18][19][20][21]. However, most of these techniques present certain obstacles to the largescale production of powders, since they require expensive reagents and often have toxicity, complicated synthesis steps, high temperatures, and long reaction times [22].…”

Synthesis by Combustion Reaction of the System Zn₀_,₆Fe₀_,₄O for Application as DMS: Avaliation of the Type of Container

“…To obtain the raw material (powder) for the production of SMDs various processing techniques have been used in recent years, for example, oxide mixing [8], coprecipitation method [9], solgel [10], pulsed combustion reaction [11], hydrothermal synthesis [12] and Pechini method [13], pulsed deposition by Laser [14],. Among these techniques can highlight the combustion reaction as an efficient and feasible technique for production of SMDs, by presenting advantages for being a simple, rapid technique does not require calcination steps in the processing, favor obtaining ceramic systems with particle sizes in the nanometer range, high homogeneity between the reactants, allow obtaining monophase systems and furthermore allow to obtain the final product in a laboratory scale.…”