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SOLUTION SPRAY PROCESS FOR PREPARATION OF INORGANIC NANOSIZED PARTICLES USING CO-PRECIPITATION TECHNIQUE IN MICELLAR MODE

机译:胶束模式共沉淀技术制备无机纳米颗粒的溶液喷涂工艺

摘要

1. Dissolving the precursor and precipitator independently in solvent to form concentrated solutions at specified strength. 2. Mixing the appropriate surfactant either with precursor or precipitator. North Maharashtra University, Jalgaon 3. Spraying these solutions independently and simultaneously in co-precipitation reactor to form the reaction zone in flowing thin film form. 4. Controlling the individual spray to maintain fan pattern in flowing reaction film. 5. Controlling input flow rates and discharge rates for providing specific residence time/ holding time. 6. Filtering the resultant reaction mixture, containing nanosized product, through fine mesh filter. 7. Washing with solvent to remove soluble by-products (Salt) formed during the reaction. 8. Low temperature vacuum drying of nanoparticles to eliminate residual traces of solvent.
机译:1.将前体和沉淀剂分别溶解在溶剂中以形成指定浓度的浓溶液。 2.将适当的表面活性剂与前体或沉淀剂混合。贾尔冈北马哈拉施特拉邦大学3.在共沉淀反应器中分别并同时喷涂这些溶液,以流动的薄膜形式形成反应区。 4.控制单独的喷雾以维持流动的反应膜中的扇形。 5.控制输入流量和排出速率,以提供特定的停留时间/保持时间。 6.通过细孔滤器过滤所得的包含纳米级产物的反应混合物。 7.用溶剂洗涤以除去反应过程中形成的可溶性副产物(盐)。 8.低温真空干燥纳米颗粒,以消除残留的溶剂痕迹。

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