Abstract
Taguchi robust design was used to optimize process parameters for facile synthesis of barium tungstate nanoparticles by controlled precipitation reaction using eggshell as a bioactive membrane. Effects of various parameters such as barium and tungstate concentrations, time of reaction, and stirring rate of solution in the reactor on particle size of synthesized barium tungstate were investigated. Analysis of variance for the obtained results showed that particle size of barium tungstate could be tuned by setting significant process variables especially barium and tungstate concentrations. Particle size of prepared BaWO4 at optimum conditions was 14nm.
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