Showing 1 - 20 results of 25 for search 'DEVICE PHYSICS', query time: 1.01s Refine Results
  1. 1
    by Yu-Chun Chen, 陳禹鈞
    Published 2013
    ... (60 up inches), high resolution potable electronic device and non-glass 3-D display. These new...
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  2. 2
    by Yong-En Syu, 徐詠恩
    Published 2012
    ... the corresponding physical mechanism, develop the potential material and structure of RRAM and stabilize...
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  3. 3
    by Chang-Pei Wu, 吳昌蓓
    Published 2012
    ... extensively. Usually, the source/drain with island type device has a large overlapped/contact area that we...
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  4. 4
    by Jheng-Jie Huang, 黃正杰
    Published 2013
    ..., traditional nonvolatile floating gate memory is confronting some physical limits as devices continuously scale...
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  5. 5
    by Yuan-Jui Kuo, 郭原瑞
    Published 2010
    ... silicon substrate to enhance device performance. By applying uniaxial longitudinal tensile/compressive...
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  6. 6
    by Kuan-Ju Liu, 劉冠汝
    Published 2016
    ..., memory devices, and portable devices have become more popular for consumers. These electronic products...
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  7. 7
    by Wen-Hung Lo, 羅文宏
    Published 2013
    ...博士 === 國立中山大學 === 物理學系研究所 === 101 === This dissertation studies physical mechanisms and reliability...
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  8. 8
    by Wan-Lin Chung, 鍾菀琳
    Published 2011
    ... devices, because increase of effective mass of hole and barrier height to decrease the probability...
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  9. 9
    by Min-Chen Chen, 陳敏甄
    Published 2011
    ... is employed to improve the device properties of ZnO TFT. The SCCO2 fluid exhibits liquid-like property, which...
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  10. 10
    by Yu-chun Chen, 陳禹鈞
    Published 2009
    ... semiconductors will play the important roles for the next optoelectronic devices generation. Zinc oxide (ZnO...
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  11. 11
    by Jyun-Hao Lou, 劉峻豪
    Published 2012
    ... semiconductor (CMOS) process. The detail physical mechanism is studied by the stable RRAM device (Ti/HfO2/TiN...
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  12. 12
    by Po-Yung Liao, 廖柏詠
    Published 2017
    ... to the backplanes of the flat-panel displays. However, operation voltage and/or current can lead to device...
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  13. 13
    by Sheng-Yao Huang, 黃聖堯
    Published 2013
    ... of device are observed, including a current crowding effect of current-voltage and a stretch-out...
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  14. 14
    by Yi-Chun Wu, 吳宜純
    Published 2015
    ...碩士 === 國立中山大學 === 物理學系研究所 === 103 === In this study, the electrical analyses and physical...
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  15. 15
    by Tien-Yu Hsieh, 謝天宇
    Published 2013
    ... of displays. However, operation voltage and/or current can lead to device degradation in practical...
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  16. 16
    by Yi-Hsien Chen, 陳儀憲
    Published 2011
    ... to these advantages, a-IGZO thin-film transistors are promising as next-generation electronic devices. Although a-IGZO...
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  17. 17
    by Ming-yen Tsai, 蔡明諺
    Published 2015
    ... after hot-carrier stress in symmetric and asymmetric source/drain device indicate that different...
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  18. 18
    by Po-Chun Yang, 楊伯鈞
    Published 2011
    ... physics thickness than thermal oxide (SiO2) under identical equivalent oxide thickness (EOT) and enhances...
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  19. 19
    by Yi-ping Lin, 林怡萍
    Published 2007
    ... the physical mechanisms responsible for the device behavior. It’s related to the threshold voltage,iii...
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  20. 20
    by Chi-feng Weng, 翁崎峰
    Published 2005
    .... The physical mechanism for these results has been reasonably deduced by use of TFT device simulation tool (ise...
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