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Laser-Induced Forward Transfer Direct-Write of Miniature Sensor and Microbattery Systems

机译:激光诱导的前进转移直接写的微型传感器和微滴乳系统

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Direct-Write techniques have the potential to revolutionize the way miniature sensor devices and microbattery systems are designed and fabricated. The Naval Research Laboratory has developed an advanced laser-based forward transfer process for direct writing novel structures and devices comprising of metals, ceramics, polymers and composites under ambient conditions on both ceramic and plastic substrates. Using this forward transfer technique, we have demonstrated the ability to rapidly prototype various types of physical and chemical sensor devices, and microbatteries. The laser forward transfer process is computer controlled which allows the design of the devices to be easily modified and adapted to any specific application. Furthermore, the same process enables the fabrication of complete sensor or power-source systems by incorporating the passive electronic components required for sensor readout or power management. Examples are provided of various types of miniature sensors, and prototype alkaline and Li-ion microbatteries fabricated using this technique.
机译:直接写入技术有可能彻底改变微型传感器装置和微直接修饰系统的设计和制造的方式。海军研究实验室开发了一种基于先进的激光 - 基于激光的前向转移过程,用于直接写入新颖的结构和装置,该装置包括在陶瓷和塑料基材的环境条件下包括金属,陶瓷,聚合物和复合材料。使用这种前向传输技术,我们已经证明了快速原型的各种类型的物理和化学传感器装置和微助剂的能力。激光正向转印过程是计算机控制,其允许设计设备的设计,以容易地修改并适应任何特定的应用。此外,相同的过程通过结合传感器读出或电源管理所需的被动电子元件,可以通过结合所需的被动电子元件来制造完整的传感器或电源系统。实施例提供了各种类型的微型传感器,以及使用该技术制造的原型碱性和锂离子微肽。

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