Nanoengineering of materials for field emission display technologies

Nanoengineering of Materials for Field Emission Display Technologies

The holy-grail in terms of flat panel displays has been an inexpensive process for the production of large area ‘hang on the wall’ television that is based on an emissive technology. As such electron field emission displays, in principle, should be able to give high quality pictures, with good colour saturation, and, if suitable technologies for the production of the cathodes over large areas w...

Solution-Based Nanoengineering of Materials

Solution-based synthesis is a powerful approach for creating nano-structured materials. Although there have been significant recent successes in its application to fabricating nanomaterials, the general principles that control solution synthesis are not well understood. The purpose of this LDRD project was to develop the scientific principles required to design and build unique nanostructures i...

Soft materials and flexible structures for display technologies

http://dx.doi.org/10.1016/j.displa.2016.11.004 0141-9382/ 2016 Published by Elsevier B.V. Curved, bendable, rollable, foldable, conformable, and stretchable displays have fascinated people in recent years. However, to commercialize these novel display devices and systems, not only fundamental developments on materials are required but also advancements on manufacturing techniques are necessary....

Field emission from organic materials

Field emission displays (FEDs) show great promise as high performance flat panel displays. The light emission process is efficient, long lifetimes are possible with high brightness, and bright passive matrix displays can be built. Because passive matrix displays don’t need a transistor backplane, it was once thought that these displays would be cheaper to fabricate than their competitors. It is...

The Active-Matrix Pixel Structure Application in Field Emission Display