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A novel particle assembly template using plasma surface modification and self-assembly monolayer for nano/micro patterns

机译:一种新的颗粒组装模板,使用等离子体表面改性和用于纳米/微图案的自组装单层

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A novel self-assembly method of particles on the specific hydrophilic pattern regions to fabricate nano/micro patterns has been investigated in this study. The surface hydrophilicity modification is employed to tune the contact angle of droplet. Control of surface energy was investigated in this study for finely tuning the shape and layer number of particles assembly. The micro/nano patterns formed by commercial polystyrene (PS) and colloidal silica aqueous suspension (Bayer-50CK) particles on silicon substrates after O/sub 2/ and H/sub 2/ plasma treatments were demonstrated.
机译:在本研究中研究了一种在特定亲水模式区域上进行颗粒的新型自组装方法,已经在本研究中研究了纳米/微观图案的研究。采用表面亲水性修饰来调节液滴的接触角。在该研究中研究了对表面能的控制,用于精细调节颗粒组件的形状和层数。证实了在O / Sub 2 / Su / sup2 /血浆处理之后的商业聚苯乙烯(PS)和胶体二氧化硅含水悬浮液(PEDER-50CK)颗粒形成的微/纳米图案。

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