Organic-based displays

J. Lewis, S. Grego, B. Chalamala, E. Vrik, and D. Temple, Highly flexible transparent electrodes for organic light-emitting diode-based displays, Appl. Phys. Lett., 85 3450-3452, 2004. 

As discussed in the introduction requirements for the different applications envisaged for printable electronics are very different and will require substrates with different sets of properties. This is summarized in Fig. 7.13 and for this classification covers simple organic circuitry, e.g. RFID, organic based active matrix backplanes, OLED displays, but also includes the requirements of inorganic TFTs on flexible substrates. 

I wish to stress the point that our definition was based on the biochemical properties of the organelle and did not extend to its morphological characteristics, leaving open the possibility that hydrogenosomes, if and when detected in other organisms, could display a morphology different from that observed in trichomonads. 

ICP thin films were used as driving electrodes for polymer-Dispersed Liquid-Crystals (PDLC) display devices. Liquid-crystalline-based display devices, which are commonly made of a liquid-crystal compound sandwiched between two substrates coated with a conducting layer of indium tin oxide (ITO), whose substitution with ICP electrodes could improve the optical and mechanical properties of the display devices. On the way to all-organic displays, PDLC sandwiched between two plastic substrates coated with ICP layers are promising devices for paper-like displays for electronic books which require flexibility, lightness, and low-power consumption. The electro-optical characteristics (transmission properties, drive voltages and switching times) of the PDLC devices depend on the nature of the ICP substrate used [13]. 

In the main table listed next, each alignment generated for the base organism is displayed. Columns, except for the last one, refer to the sequences that participate in the alignment. The last column contains detailed information on the whole alignment. 

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