Microelectrochemical Patterning of Surfaces with Polymer Brushes
Chemistry of Materials2008Vol. 20(21), pp. 6677–6685
Citations Over TimeTop 10% of 2008 papers
Cyrine Slim, Yvette Tran, Mohamed M. Chehimi, Nicolas Garraud, J.P. Roger, Catherine Combellas, Frédéric Kanoufi
Abstract
Electrogeneration of reducers at a microelectrode allows us to locally debrominate a surface bound polymerization initiator. Once submitted to atom transfer radical polymerization, patterns of nanometer polymer structures are formed on the surfaces. The surface reduction rate, controlled by the microelectrode scan rate and the reducer strength, affects the dimensions of the patterns. The reducer strength allows to tune the surface density of the initiator layer and then the elongation of the polymer brushes grown in the locally etched regions.
Related Papers
- → The method of selective assembly for the RV reducer based on genetic algorithm(2017)49 cited
- → Design and Transmission Performance Analysis of a Novel Reducer with Abnormal Cycloidal Gear(2022)2 cited
- Design of New Type of Harmonious Gear Reducer Used for Oxide Puller(2006)
- Three-dimensional Modeling of Cylindrical Gear Reducer(2011)
- → Analysis of the Vibration Properties of the Main Parts of the RV Reducer(2017)