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Transfer printing of 3D hierarchical gold structures using a sequentially imprinted polymer stamp
Journal article   Peer reviewed

Transfer printing of 3D hierarchical gold structures using a sequentially imprinted polymer stamp

Fengxiang Zhang and Hong Yee Low
Nanotechnology, Vol.19(41), pp.415305-415305 (5)
15/10/2008
PMID: 21832645

Abstract

Materials Science Materials Science, Multidisciplinary Nanoscience & Nanotechnology Physical Sciences Physics Physics, Applied Science & Technology Science & Technology - Other Topics Technology
Complex three-dimensional (3D) hierarchical structures on polymeric materials are fabricated through a process referred to as sequential imprinting. In this work, the sequentially imprinted polystyrene film is used as a soft stamp to replicate hierarchical structures onto gold (Au) films, and the Au structures are then transferred to a substrate by transfer printing at an elevated temperature and pressure. Continuous and isolated 3D structures can be selectively fabricated with the assistance of thermo-mechanical deformation of the polymer stamp. Hierarchical Au structures are achieved without the need for a corresponding three-dimensionally patterned mold.

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