AI Article Synopsis
- The addition of Triton to the films resulted in increased density and thickness, leading to a 10-fold decrease in leak current compared to films without Triton.
- The films served as insulating layers for thin film transistors with evaporated pentacene, where using O2 plasma enhanced the interface between the insulator and semiconductor, improving pentacene arrangement and overall carrier mobility.
Article Abstract
Organic dispersion agents can effectively decrease the surface roughness of films. Here, films containing organic dispersion agents are used to produce metal-insulator-metal structures. It was found that addition of Triton caused films to become denser, and thicker, and the leak current of devices to decrease by 10 times compared with that without Triton because of its uniform dispersion in the films. The resulting films were used as the insulator layer of thin film transistors containing a semiconductor layer of evaporated pentacene. The interface between the insulator and semiconductor layers was found to affect the arrangement of pentacene, and O2 plasma was used to improve the interface activity to increase the order of the pentacene molecules and enhance the carrier mobility of the devices.
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| http://dx.doi.org/10.1166/jnn.2013.6913 | DOI Listing |
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