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Production of nanowires of bi4tio12 (bit) by synthesis hidrotu00e9rmica assisted by microwave

机译:微波辅助合成hidrot u00e9rmica生产bi4tio12(位)纳米线

摘要

Production of nanowires of bi4tio12 (bit) by synthesis hidrotu00e9rmica assisted by microwave.This patent relates to a production process of nanowires of bi4tio12, bismuth titanate (bit), obtained by synthesis hidrotu00e9rmica assisted by microwave from models obtained by mixing oxides, comprising the steps of processing of mixing, grinding, calcination, di. Ssoluu00e7u00e3o, mineralization stages, heat treatment in the microwave oven and leaching.With temperatures between 400 u00b0 C and 1000 u00b0 C and times between 10 minutes and 480 minutes.These steps in your set and sequence aiming to optimize the physical and chemical properties of bismuth titanate system (bit), and this process allows to obtain particles with morphological structures of nanowires, with superior properties for ceramics obtained by process C Onvencional for application as a sensor, and as fotocalu00edticos ferroelectric materials.
机译:通过微波辅助合成hidrot的合成Bi4tio12(位)纳米线的制备方法技术领域本发明涉及微波辅助混合氧化物合成的hidrot的合成Bi4tio12(钛酸铋位)的纳米线的制备方法。包括混合,研磨,煅烧,di。 Ssolu u00e7 u00e3o,矿化阶段,在微波炉中进行热处理和浸出。温度在400℃至1000℃之间,时间在10分钟至480分钟之间。这些步骤和顺序旨在优化钛酸铋体系的物理和化学性质(位),并且该方法可以使粒子获得具有纳米线形态结构的粒子,并具有通过过程C常规方法获得的陶瓷的优异性能,可用作传感器和摄影铁电材料。

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