Abstract A simple and effective separation methodology for separating optically transparent adhesive films without damaging the substrate is presented here. Evaporable core–shell nanocapsules embedded with benzenesulfonyl hydrazide were introduced into acrylic films, and could generate nitrogen gas by thermal treatment, inducing the facile separation of the adhesive thin films from the substrate. The heat-triggered gas generation of surface-confined vaporizable nanocapsules created the interfacial openings between the thin film and substrate, and thus accelerated the selective and clear detachment of thin films. In addition, the nanocapsule-embedded adhesive films exhibited the high optical clarity for display applications.

中文翻译：

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通过嵌入苯磺酰肼的可汽化核壳纳米胶囊的热触发气体产生，轻松分离光学透明粘合剂膜

摘要 这里介绍了一种简单有效的分离方法，用于分离光学透明粘合剂膜而不损坏基材。将嵌入苯磺酰肼的可蒸发核壳纳米胶囊引入丙烯酸薄膜，并通过热处理产生氮气，诱导粘合剂薄膜与基材的轻松分离。表面限制的可汽化纳米胶囊的热触发气体产生在薄膜和基板之间产生界面开口，从而加速了薄膜的选择性和清晰分离。此外，纳米胶囊嵌入的粘合膜表现出用于显示器应用的高光学清晰度。