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Design of multifunctional composites and their use for the 3-D printing of microsystems

机译:多功能复合材料的设计及其用于微系统的3D打印的用途

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Many of today's high-tech products are approaching their technological limits. For example, the microelectronics community is faced with overheating devices with a demand for compact three-dimensional (3D) architectures and lower power consumption, whereas the aerospace industry is seeking lighter, stiffer and more electrically conductive materials for the creation of more energy efficient aircraft. A promising solution is to capitalize on the amazing electrical, thermal and mechanical properties of some nanoscopic materials (one billionth of a meter). However, several challenges in material processing and manufacturing must be resolved, namely exploiting these properties at the industrial scale and overcoming the current planar configuration with a truly 3D method.
机译:今天的许多高科技产品正在接近他们的技术限制。例如,微电子社区面临过度过热的设备,具有紧凑的三维(3D)架构和较低的功耗,而航空工业正在寻求更轻,更硬,更具电导电的材料,以创造更节能的飞机。有希望的解决方案是利用一些纳米镜材料的令人惊叹的电气,热和机械性能(十亿分之一米)。然而,必须解决材料加工和制造中的若干挑战,即利用工业规模利用这些性质,并以真正的3D方法克服目前的平面配置。

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