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Microcontact printing is a process used to print high-resolution protein arrays for biosensors. The paper aims to investigate using these
techniques to print electrically conductive fine line structures for electroluminescent (E/L) light sources. The viability of using microcontact printing as a process for electronics fabrication is investigated.
Polydimethylsiloxane stamps inked with alkanethiol compounds form self-assembled monolayers on substrate surfaces, acting as the resist to subsequent
etching processes. The printed lines are characterized with regard to their performance as high-electric field generators in electroluminescent displays. It has been demonstrated that microcontact printing is a cheap, repeatable process for fabricating electronic devices. The results
demonstrate the viability of the process to fabricate electric field generator structures for E/L light sources with reduced driving voltages. The paper demonstrates that microcontact printing can produce electrically conductive fine-line structures with high resolution,
confirming its viability in printed electronics manufacture.