Accession Number ADA564828
Title High Performance Vertical Organic Field Effect Transistors.
Publication Date May 2010
Media Count 4p
Personal Author Y. Yang
Abstract This is a productive research project (12 papers in three years) aiming to understand the potential of conjugated polymer in a wide range of organic electronic devices - vertical transistors,solar cells and photodetectors, memory devices, as well as graphene. We demonstrate both evaporated small molecule and solution process polymeric vertical organic transistors in the project through nanoscale interface engineering. X-ray radiation degradation and recovery of polymer solar cell is observed and is encouraging for OPV application in space. Photomultiplication with high EQE is achieved by introducing interface carrier traps in both small molecule and polymer D/A systems, which has high potential for detector application. Working mechanism of organic memory devices is studied. Also we showed high quality transparent conductor based on chemically converted graphene and CNT composite. An easy transfer process is also developed to facilitate the application of graphene transparent electrodes.
Keywords Conjugated polymers
Eqe(External quantum efficiency)
Fabrication
Field effect transistors
Fullerenes
Memory devices
Photomultiplication effect
Radiation tolerance
Solar cells
Vertical transistors

 
Source Agency Non Paid ADAS
NTIS Subject Category 99D - Basic & Synthetic Chemistry
99C - Polymer Chemistry
49 - Electrotechnology
97I - Electric Power Production
Corporate Author California Univ., Los Angeles. Dept. of Materials Science and Engineering.
Document Type Technical report
Title Note Final rept. 1 Apr 2007-31 Mar 2010.
NTIS Issue Number 1303
Contract Number FA9550-07-1-0264

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