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Cellulose Nanomaterials Barrier Mechanical Properties for Flexible packaging Films Using Nanocellulose and Minerals

机译:使用纳米纤维素和矿物质的柔性包装薄膜的纤维素纳米材料的阻隔性和机械性能

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摘要

Commodity prices have stopped their century long downward trend and we are now seeing a progressive rise in the face of demand from rapidly growing overseas economies. Demands for food, materials energy and water will change our industrial landscape and we will have to use greater volumes of renewable biomass and super-abundant minerals with green chemistry that will mimic nature in terms of materials made with lower energy content and less solvent and other hazardous materials. Nature provides copious examples of high strength composites, with excellent barrier performance, made at ambient temperatures with no industrial solvents. This presentation will outline how the tools developed through nanotechnology investments have allowed us to see and understand material building blocks in new ways. Brief summaries will also be presented on aspects of biomimetic materials.
机译:大宗商品价格已经停止了长达一个世纪的下降趋势,面对快速增长的海外经济体的需求,我们现在看到了逐步上涨的趋势。对食物,材料,能源和水的需求将改变我们的工业格局,我们将不得不使用更多量的可再生生物质和具有绿色化学成分的超丰富矿物质,这将在能耗更低,溶剂和其他溶剂更少的材料方面模仿自然有害物质。 《自然》杂志提供了许多示例,这些示例是在室温下无需工业溶剂即可制成的,具有出色阻隔性能的高强度复合材料。本演讲将概述通过纳米技术投资开发的工具如何使我们以新的方式看到和理解材料构造块。还将简要介绍仿生材料的各个方面。

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