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INVESTIGATION OF THE PLASMA-POLYMERIZED THIOPHENE FILM AND THE DOPING EFFECT WITH I+ IMPLANTATION

TONG ZHI-SHEN WU MEI-ZHEN ZHANG ZHENG-YANG PU TIAN-SHU JIN RUO-PENG ZHANG JING ZHU FU-YING CAO DE-XIN CAO JIAN-QING ZHU DE-ZHANG

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INVESTIGATION OF THE PLASMA-POLYMERIZED THIOPHENE FILM AND THE DOPING EFFECT WITH I+ IMPLANTATION

TONG ZHI-SHEN, WU MEI-ZHEN, ZHANG ZHENG-YANG, PU TIAN-SHU, JIN RUO-PENG, ZHANG JING, ZHU FU-YING, CAO DE-XIN, CAO JIAN-QING, ZHU DE-ZHANG
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  • Plasma-Polymerized organic film starting from thiophene has been prepared. The elemental composition of pristine film was determined by elastic recoil detection (ERD) and Rutherford backscattering spectrum (RBS). FT-IR technique has been used to characterize the sample film. From the near-IR to UV reflectance and transmittance data, we calculated the optical constants of the film, N(ω) = n + ik ,by using the transfer matrix method. In view of the calculations, we investigated the optical properties of the pristine in detail. Moreover, the doping effect in the plasma-polymerized thiophene film with 24 keV I+ implantation has been also explored. The result shows that the transport process of charge carrier in bombarded layer can be interpreted by Mott's VRH model.
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  • Received Date:  20 March 1995
  • Published Online:  20 March 1996

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