Kim Geun Hyung, Jeon Ho Jun, Yoon Hyeon
Bio/micro-fluid lab, Department of Mechanical Engineering, Chosun University, Gwang-ju, 501-759, Korea.
Macromol Rapid Commun. 2009 Jun 17;30(12):991-6. doi: 10.1002/marc.200900076. Epub 2009 May 11.
The surface of the taro plant leaf was replicated using a nanoimprinting technique (NIT) supplemented with an electric field. This field-aided nanoimprinting method (FA-NIT) consists of two steps: applying an electric field to a liquid polymer under the plant leaves and the curing process of the polymer with the applied electric field. An appropriate electric field was needed to induce the electrokinetic phenomena of a liquid polymer to obtain a good replicated surface. The roughness fabricated by the FA-NIT was about 45% higher than the one prepared by NIT. The FA-NIT method is a good supplementary technique to improve the quality of NIT.
采用电场辅助的纳米压印技术(NIT)复制芋头植物叶片的表面。这种电场辅助纳米压印方法(FA-NIT)包括两个步骤:对植物叶片下方的液态聚合物施加电场以及在施加电场的情况下对聚合物进行固化处理。需要适当的电场来引发液态聚合物的电动现象,以获得良好的复制表面。通过FA-NIT制造的粗糙度比通过NIT制备的粗糙度高约45%。FA-NIT方法是提高NIT质量的一种良好补充技术。