Influence of ultrasound assist during combined drying on ceramic materials quality and drying kinetics

A. Pawłowski, Weronika Trawińska
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Abstract

Presented in this article studies show the investigation of ultrasound application as a new method for improvement of ceramic materials processing and their influence on mechanical properties of dried samples. Ultrasound were applied during convective and convective-microwave processes carried out in two different temperatures. Obtained results indicate increase of drying rate due to sonification and what’s more interesting they affect the material strength parameter. The experiments indicate that the effectiveness of ultrasound assist depends on the drying temperature and such dependency is observed mainy when considering dry product quality parameter. Keywords: ceramics; hybrid drying; material strength
复合干燥过程中超声辅助对陶瓷物料质量和干燥动力学的影响
本文介绍了超声作为一种改进陶瓷材料加工工艺的新方法及其对干燥样品力学性能的影响。在两种不同的温度下,超声波分别应用于对流和对流微波过程。结果表明,超声处理不仅会提高干燥速率,而且会影响物料的强度参数。实验表明,超声辅助的效果与干燥温度有关,在考虑干燥产品质量参数时,这种相关性主要体现在干燥温度上。关键词:陶瓷;混合干燥;材料强度
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