1. Definitions 1.1 Photoconductivity 1.2 Photoconductive polymer 2. Background 2.1 Charge-carrier generation 2.2 Charge injection 2.3 Charge trapping 3. Charge carrier transport 3.1 Technical Relevance of Charge Carrier Transport 3.2 Experimental Determination of Charge Carrier Transport under Constant Mobility Conditions 3.3 Dispersive Transport: Time Dependent Mobilities 4. Different types of photoconductivity polymer 4.1 Negative Photoconductivity 4.2 Magnetic Photoconductivity 5. Materials 5.1 Polymer with conjugated chemical bonds 5.2 Polymer with polynuclear aromatic rings 5.3 Polymer with aromatic amine groups 5.4 Inorganic polymers 5.5 Electron-transporting and bipolar polymers 6. Applications 6.1 Xerography 6.2 Laser printers 7. See also 7.1 Photodiode 7.2 Photoresistor (LDR) 7.3 Photo conductive polymers 7.4 Infrared detector 7.4.1 Lead selenide (PbSe) 7.4.2 Indium antimonide (InSb) 8. References
My bibliography:
1. J.A. Chilton; M.T. Goosey (1995) Special Polymers for Electronics and Optoelectronics (This is a book about different kinds of polymers, and one chapter is about photo conductive polymer. The chapter about photo conductive polymer was written by M. Stolka.)
2. Haarer, Dietrich (1990). PHOTOCONDUCTIVE POLYMERS: STRUCTURE, MECHANISMS AND PROPERTIES. (This is an article mainly introducing the structure, mechanism and properties about photo conductive polymer. It was written by Dietrich Haarer, very famous in making photo conductive polymer.)
3. Norio Ise; Iwao Tabushi (1983). An Introduction to Speciality Polymers (This is a book mainly introducing the speciality polymers, it was edited by Norio Ise & Iwao Tabushi, photo conductive polymer is a kind of functional and special polymer, we can learn a lot about some special properties that photo conductive polymer can bring to us. )
4. Ha Ngoc Giang; Kenji Kinashi; Wataru Sakai; Naoto Tsutsumi; Triphenylamine photoconductive polymers for high performance photorefractive devices (This is a paper about use triphenylamine photoconductive polymers for high performance photorefractive devices by using two kind of polymers, one is poly(4-(diphenylamino)benzylacrylate) (PDAA), another one is poly(4-((4-methoxyphenyl (phenyl)amino)benzyl acrylate)(PMPAA) )
5. N. C. Greenham; Xiaogang Peng; and A. P. Alivisatos; Charge separation and transport in conjugated-polymer/semiconductor-nanocrystal composites studied by photoluminescence quenching and photoconductivity (This is a hot paper which was cited by 1718, it mainly study the processes of charge separation and transport in composite materials and find it has a good properties in photoluminescence and photoconductivity)
6. N V Joshi (1990). Photoconductivity: Art: Science & Technology. CRC Press. ISBN 978-0-8247-8321-1 (This is a paper publishes in Art: Science & Technology, it mainly summarize what is photo conductivity.)
7. Roy A. Allan (1 October 2001). A History of the Personal Computer: The People and the Technology. Allan Publishing. pp. 13–. ISBN 978-0-9689108-3-2. (Photo conductive polymers are very useful and there is an application in Laser Printing, so it can be a part of See also.)
Thanks for your suggestions!
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