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Bioinspired composites - next generation of materials and devices

机译：受生物启发的复合材料-下一代材料和设备

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This themed issue of Bioinspired, Biomimetic and Nanobiomaterials is related to the 10th Materials Science Congress 'Next Generation of Materials and Devices from Bioinspiration' that was held during 6-7 November 2013 at Montanuniversitat Leoben, Leoben, Austria The field of materials science is currently particularly interested in the development of sophisticated material solutions for various engineering and civil applications, such as energy and healthcare issues as well as consumer products, to increase their performance in multi-variant complex environments. In that context, the use of materials from nature and the development of materials inspired by nature are two fundamental concepts that have been used to improve materials properties and performance. In particular, intense current activities on bioinspired materials research include self-healing materials and materials for sensing and/or actuation, where nature provides scientists with an amazingly rich pool of inspiration of innovative materials solutions. In order to make effective use of this idea pool for bioinspired engineering materials and devices, the natural archetypes need to be.
机译：本期以生物启发，仿生和纳米生物材料为主题的主题与第十届材料科学大会“来自生物灵感的下一代材料和装置的下一代”于2013年11月6日至7日在奥地利莱奥本的Montanuniversitat Leoben举行。材料科学领域目前是尤其对为各种工程和民用应用开发复杂的材料解决方案感兴趣，例如能源和医疗保健问题以及消费类产品，以提高它们在多变量复杂环境中的性能。在这种情况下，来自自然界的材料的使用和受自然界启发的材料的开发是用于改善材料特性和性能的两个基本概念。特别是，目前在生物启发性材料研究方面的激烈活动包括自愈材料和用于感测和/或驱动的材料，其中大自然为科学家提供了令人惊讶的创新材料解决方案灵感来源。为了有效地利用这一思想库来开发受生物启发的工程材料和设备，必须具有自然的原型。

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