首页> 外文OA文献 >Energy-efficient growth: Multifunctional three-dimensional T-junction graphene micro-wells: Energy-efficient, plasma-enabled growth and instant water-based transfer for flexible device applications (Adv. Funct. Mater. 39/2014)
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Energy-efficient growth: Multifunctional three-dimensional T-junction graphene micro-wells: Energy-efficient, plasma-enabled growth and instant water-based transfer for flexible device applications (Adv. Funct. Mater. 39/2014)

机译:高能效增长:多功能三维T型结石墨烯微孔:高能效,基于等离子体的增长以及针对柔性设备应用的即时水基转移(Adv。Funct。Mater。39/2014)

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摘要

A novel energy-efficient plasma-enabled approach for fabricating third generation 3D T-junction graphene microwells and their instant chemical-free water-assisted decoupling and transfer process is reported by K. Ostrikov and co-workers on page 6114. The structures deposited on a copper foil are then transferred without any significant damage, in de-ionized or tap water at room temperature, into virtually any, including flexible transparent substrates, for their reliable and competitive optical and gas sensing applications.
机译:K. Ostrikov和他的同事在第6114页上报道了一种新颖的高能效等离子体激活方法,该方法可用于制造第三代3D T型结石墨烯微孔及其即时的无化学水辅助解耦和转移过程。然后,将铜箔在室温下的去离子水或自来水中无任何重大损坏地转移到几乎任何材料(包括柔性透明基材)中,以确保其可靠且具有竞争力的光学和气体传感应用。

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