Phototriggerable Transient Electronics: Materials and Concepts

O. Phillips, J. Schwartz, A. Engler, Gerald Gourdin, P. Kohl
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引用次数: 4

Abstract

Transient electronics is an emerging field oftechnology where the controlled, programmable vaporizationof a device is needed because retrieval is not possible or adifferent form of disposal is desired. Decomposable polymersare of interest and may be used to form electronic componentsand packages. The ability to trigger these polymers todepolymerize and vaporize at ambient conditions can lead tomany applications. Low ceiling temperature polyaldehydeshave been evaluated for transience. Incorporation of morevolatile monomer units significantly increase the evaporationrate of decomposition products. The stimulus fordisappearance is a photochemical reaction that has beenextended from the ultraviolet to the visible region. Chemicalamplification of the trigger source has been demonstrated withacid amplifiers.
光触发瞬态电子学:材料与概念
瞬态电子学是一个新兴的技术领域,由于无法回收或需要另一种处理方式,因此需要对设备进行可控的、可编程的汽化。可分解聚合物是我们感兴趣的,可用于形成电子元件和封装。触发这些聚合物在环境条件下解聚和汽化的能力可以导致许多应用。低温聚醛的暂态性已被评估。加入可动性单体显著提高了分解产物的蒸发速率。消失的刺激是一种光化学反应,从紫外线延伸到可见光区域。化学放大的触发源已证明与酸性放大器。
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