"*.qwkpenwvratio.dat" 修訂間的差異
出自 DDCC TCAD TOOL Manual
(已建立頁面,內容為 " The format is kx ky <math>Ee_{n}</math> <math> Ev_{m} </math> Efn Efp n m <math> | X \rangle </math> <math> | Y \rangle </math> <math> | Z \rangle </math>...") |
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(未顯示同一使用者於中間所作的 1 次修訂) | |||
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The format is |
The format is |
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− | kx ky <math> |
+ | kx ky <math>Ev_{m} </math> <math>| \psi_{v1}\rangle </math> <math>| \psi_{v2}\rangle </math> <math>| \psi_{v3}\rangle </math> <math>| \psi_{v4}\rangle </math> <math>| \psi_{v5}\rangle </math> <math>| \psi_{v6}\rangle </math> <math> | X \rangle </math> <math> | Y \rangle </math> <math> | Z \rangle </math> <math> | X' \rangle </math> <math> | Y' \rangle </math> <math> | Z' \rangle </math> |
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<math> Ev_{m} </math> is the hole wave function of <math>m_{th}</math> state |
<math> Ev_{m} </math> is the hole wave function of <math>m_{th}</math> state |
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− | Efn is the average electron Fermi level |
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− | Efv is the average electron Fermi level |
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+ | <math>| \psi_{v2}\rangle </math> The ratio of the <math>| \psi_{v2}\rangle </math> state |
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+ | <math>| \psi_{v3}\rangle </math> The ratio of the <math>| \psi_{v3}\rangle </math> state |
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+ | <math>| \psi_{v4}\rangle </math> The ratio of the <math>| \psi_{v4}\rangle </math> state |
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+ | <math>| \psi_{v5}\rangle </math> The ratio of the <math>| \psi_{v5}\rangle </math> state |
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+ | <math>| \psi_{v6}\rangle </math> The ratio of the <math>| \psi_{v6}\rangle </math> state |
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<math> | X \rangle </math> The ratio of the original X state (c-plane) |
<math> | X \rangle </math> The ratio of the original X state (c-plane) |
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<math> | Y \rangle </math> The ratio of the original y state (c-plane) |
<math> | Y \rangle </math> The ratio of the original y state (c-plane) |
於 2020年4月4日 (六) 12:25 的最新修訂
The format is
kx ky
is the hole wave function of state The ratio of the state The ratio of the state The ratio of the state The ratio of the state The ratio of the state The ratio of the state The ratio of the original X state (c-plane) The ratio of the original y state (c-plane) The ratio of the original Z state (c-plane) The ratio of the rotated coordinate X' state (c-plane, m, or semipolar) The ratio of the rotated coordinate Y' state (c-plane, m, or semipolar) The ratio of the rotated coordinate Z' state (c-plane, m, or semipolar)