Debra Mascaro

1
Debra Mascaro
Nano Organic Electronics

• University of Utah
• Departments of Mechanical and Electrical
  Engineering

Electronic/Optical Devices Materials
Processing/Fabrication
Poster P28
2
Processing and patterningsmall devices, large
areas

• Current work Novel processing techniques
  and patterning methods for organic materials
• solvent vapor processing
• solution deposition onto patterned substrates

OLED
V
Ag

MgAg
100 nm
Alq3 (ETL)
TPD (HTL)
ITO
glass

• Possible applications OLEDs, OFETs, OPVs
• Organic LEDs (flexible, transparent displays)
• Organic transistors (display backplanes, RFID
  tags, smart cards)
• Organic solar cells (thin, flexible, wearable?)

• Broader impacts Organic electronic devices are
  poised to become as common as silicon in our
  everyday lives.

3
Opportunities for Collaboration
Fabrication
Products
Materials
Device Architectures