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Organic optoelectronic devices are promising for many commercial applications, if methods for fabricating them on large area low-cost substrates become available. Our project investigates the use of MEMS in the direct patterning of materials needed for such devices. In our first demonstration, we used an electrostatically actuated micromachined shutter(More)
  • V Leblanc, J Chen, D M Schut, P Mardilovich, V Bulovic, M A Schmidt Sponsorship: Hewlett-Packard +8 others
  • 2006
Organic optoelectronic devices are promising for many commercial applications if methods for fabricating them on large-area, low-cost substrates become available. Our project investigates the use of MEMS in the direct patterning of materials needed for such devices. By depositing the materials directly from the gas phase, without liquid phase coming in(More)
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