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Multi-Functional Windows

机译:多功能窗户

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摘要

The requirements for modern aircraft are driving the need for conformal windows for future sensor systems. However, limitations on optical systems and the physical properties of optically transparent materials currently limit the geometry of existing windows and window assemblies to faceted assemblies of flat windows held in weight bearing frames. Novel material systems will have to be developed which combine different materials (e.g. ductile metals with transparent ceramics) into structures that combine transparency with structural integrity. Surmet's demonstrated ability to produce novel transparent ceramic/metal structures will allow us to produce such structures in the types of conformal shapes required for future aircraft applications. Furthermore, the ability to incorporate transparencies into such structures also holds out the promise of creating multi-functional windows which provide a broad range of capabilities that might include RF antennas and de-icing in addition to transparency. Recent results in this area will be presented.
机译:现代飞机的需求推动了对未来传感器系统的保形窗的需求。但是,光学系统和光学透明材料的物理特性的限制当前将现有窗户和窗户组件的几何形状限制为保持在承重框架中的平面窗户的刻面组件。必须开发新颖的材料系统,将不同的材料(例如,韧性金属与透明陶瓷)结合到结合了透明度和结构完整性的结构中。 Surmet具有生产新型透明陶瓷/金属结构的能力,这将使我们能够以未来飞机应用所需的保形形状生产此类结构。此外,将透明胶片合并到此类结构中的能力还支持创建多功能窗口的承诺,该窗口提供了广泛的功能,除了透明度之外,还可能包括RF天线和除冰功能。将介绍该领域的最新结果。

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