Using particles from sustainable resources has great potential to enhance properties and performance of advanced materials. However, deeper understanding of particle processing and structure is needed to tailor their property set to actual use cases; for example, as reinforcement in composite materials. In this work, nanoparticles were isolated from cellulose, to investigate, how ionic strength and ultrasonication affect particle and suspension properties and, thereby, properties and performance of advanced materials.
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Using particles from sustainable resources has great potential to enhance properties and performance of advanced materials. However, deeper understanding of particle processing and structure is needed to tailor their property set to actual use cases; for example, as reinforcement in composite materials. In this work, nanoparticles were isolated from cellulose, to investigate, how ionic strength and ultrasonication affect particle and suspension properties and, thereby, properties and performanc...
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