The following list of completed organic light emitting diode projects is organized alphabetically by funding source and performing organization.
| Building Technologies Program/NETL |
| Next Generation Hole Injection/Transport Nano-Composites for High-Efficiency OLED Development |
|
Agiltron, Inc. |
OLED Durability and Performance |
|
General Electric Global Research |
| Material and Device Designs for Practical Organic Lighting |
|
Los Alamos National Laboratory |
| Low-Cost Nano-Engineered Transparent Electrodes for Highly Efficient Lighting |
|
Oak Ridge National Laboratory |
| Polymer OLED White Light Development Program |
|
OSRAM Opto Semiconductors |
| Novel Organic Molecules for High-Efficiency Blue Organic ElectroLuminescence |
|
Pacific Northwest National Laboratory |
| Cavity Light Emitting Diode for Durable, High Brightness and High Efficiency Lighting Applications |
|
SRI International |
| Novel Low-Cost Organic Vapor Jet Printing of Striped High-Efficiency Phosphorescent OLEDs for White Lighting |
|
Universal Display Corporation |
| Surface Plasmon Enhanced Phosphorescent Organic Light Emitting Diodes |
|
University of California, Santa Barbara |
| |
|
|
| Small Business Innovation Research |
| Enhancing Charge Injection and Device Integrity in Organic LEDs (Phase I) |
|
Agiltron, Inc. |
Enhancing Charge Injection and Device Integrity in Organic LEDs (Phase II) |
|
Agiltron, Inc. |
High-Performance, Silicon Nanocrystal- Enhanced Organic Light Emitting Diodes for General Lighting (Phase I) |
|
InnovaLight |
| New Stable Cathode Materials for OLEDs (Phase I) |
|
International Technology Exchange |
New Stable Cathode Materials for OLEDs (Phase II) |
|
International Technology Exchange |
Zinc Oxide-Based Light Emitting Diodes
(Phase I) |
|
Materials Modification, Inc. |
Zinc Oxide-Based Light Emitting Diodes (Phase II) |
|
Materials Modification, Inc. |
New Solid State Lighting Materials
(Phase I) |
|
Maxdem |
New Solid State Lighting Materials
(Phase II) |
|
Maxdem |
| Efficient Nanotube OLEDs (Phase I) |
|
NanoTex Corporation |
| Highly Efficient Organic Light-Emitting Devices for General Illumination (Phase I) |
|
Physical Optics Corporation |
Polymer White Light Emitting Devices (Phase I) |
|
Reveo |
Polymer Composite Barrier System for Encapsulating LEDs (Phase I) |
|
T/J Technologies, Inc. |
| High-Efficiency White Phosphorescent OLEDs (Phase I) |
|
Universal Display Corporation |
High Recombination Efficiency White Phosphorescent Organic Light Emitting Devices (Phase I) |
|
Universal Display Corporation |
| Low-Voltage, High-Efficiency White Phosphorescent OLEDs for Lighting Applications (Phase II) |
|
Universal Display Corporation |
| Monomer-Excimer Phosphorescent OLEDs for General Lighting (Phase I) |
|
Universal Display Corporation |
| Novel High Efficiency High CRI Phosphorescent OLED Lighting Containing Two Broad Emitters (Phase I) |
|
Universal Display Corporation |
| Novel High-Performance OLED Sources (Phase II) |
|
Universal Display Corporation |
| Novel Light Extraction Enhancements for White Phosphorescent OLEDs (Phase I) |
|
Universal Display Corporation |
| Novel Light Extraction Enhancements for White Phosphorescent OLEDs (Phase II) |
|
Universal Display Corporation |
| Novel Plastic Substrates for Very High-Efficiency OLED Lighting (Phase I) |
|
Universal Display Corporation |
| Novel Lower-Voltage OLEDs for High Efficiency Lighting (Phase I) |
|
Universal Display Corporation |
| Transparent, Highly Efficient White OLEDs for Lighting Applications (Phase I) |
|
Universal Display Corporation |
| Transparent, Highly Efficient White OLEDs for Lighting Applications (Phase II) |
|
Universal Display Corporation |
| White Illumination Sources Using Striped Phosphorescent OLEDs (Phase I) |
|
Universal Display Corporation |
| |
|
|
