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| 篇名/題名： | 電場作用下有限長碳微管電子結構 |
| 摘要： | The electronic states of finite carbon nanotubes in the presence of electric and magnetic fields are calculated by the tight-binding model. Electronic properties such as state energy, energy gap, and density of states are mainly
determined by the transverse electric field, the magnetic field, the Zeeman splitting, and the nanotube length, as well as the transverse geometric structure. The electric field could induce the destruction of state degeneracy, produce more low-energy states, and lead to significant changes in energy spacing. Complete energy-gap modulations exist during the variation of the electric field. Such
effects are enhanced by the magnetic field. |
| 類型： | 期刊論文 |
| 西元出版年： | 2006 |
| 著作語言： | zh-TW |
| 作者： | Lee, C.H.、Lin, M.F.、Chang,C.P.、Li, T.S.、Chen, R.B.
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| 學校系所： | 通識教育中心 |
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