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A flexible pressure responsive device based on the interaction between silver nanoparticles and an aluminum reflector

机译:一种基于银纳米粒子和铝反射器之间相互作用的柔性压力响应装置

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摘要

The unique and tunable optical properties of metal nanoparticles have attracted intense and sustained academic attention in recent years. In tandem with the demand for low-cost responsive materials, one particular topic of interest is the development of mechanically responsive device structures. This work describes the design, fabrication, and testing of a mechanically responsive plasmonic device structure that has been integrated onto a standard commercial plastic substrate. With a low actuation force and a visually perceivable color shift, this device would be attractive for applications requiring responsive features that can be activated by the human hand.
机译:近年来,金属纳米粒子的独特和可调光学性能引起了激烈和持续的学术关注。 在对低成本响应材料的需求的串联中,一个特定的兴趣主题是机械响应装置结构的发展。 该工作描述了已经集成在标准商业塑料基板上的机械响应性等离子体器件结构的设计,制造和测试。 具有低的致动力和视觉上可感知的颜色移位,该装置对需要由人类的手来激活的响应特征的应用是有吸引力的。

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