"*.qwkpencwvXYZ.dat" 修訂間的差異
出自 DDCC TCAD TOOL Manual
(已建立頁面，內容為 " kx ky akx,aky,Enofk(k,aindex) ,wfenkp(i,aindex),aveEfn(k,1),aveEfp(i,aindex),k,i , & wfxyzcvover(1,k,i,aindex),wfxyzcvover(2,k,i,aindex),wfxy...") |
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| − | kx ky |
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| + | The format is |
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| + | kx ky <math>Ee_{n}</math> <math> Ev_{m} </math> Efn Efp n m <math> \langle \psi_{e} | X \rangle </math> <math> \langle \psi_{e} | Y \rangle </math> <math> \langle \psi_{e} | Z \rangle </math> <math> \langle \psi_{e} | X' \rangle </math> <math> \langle \psi_{e} | Y' \rangle </math> <math> \langle \psi_{e} | Z' \rangle </math> |
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| − | akx,aky,Enofk(k,aindex) ,wfenkp(i,aindex),aveEfn(k,1),aveEfp(i,aindex),k,i , & |
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| + | <math> Ec_{n} </math> is the electron wave function of <math>n_{th}</math> state |
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| − | wfxyzcvover(1,k,i,aindex),wfxyzcvover(2,k,i,aindex),wfxyzcvover(3,k,i,aindex),& |
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| + | <math> Ev_{m} </math> is the hole wave function of <math>m_{th}</math> state |
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| − | wfxyzcvovernew(1,k,i,aindex),wfxyzcvovernew(2,k,i,aindex),wfxyzcvovernew(3,k,i,aindex) |
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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> | \langle \psi_{e} | X \rangle |</math> The overlap ratio of electron wave to the original X state (c-plane) |
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| + | <math> | \langle \psi_{e} | Y \rangle |</math> The overlap ratio of electron wave to the original y state (c-plane) |
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| + | <math> | \langle \psi_{e} | Z \rangle |</math> The overlap ratio of electron wave to the original Z state (c-plane) |
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| + | <math> | \langle \psi_{e} | X' \rangle |</math> The overlap ratio of electron wave to the rotated coordinate X' state (c-plane, m, or semipolar) |
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| + | <math> | \langle \psi_{e} | Y' \rangle |</math> The overlap ratio of electron wave to the rotated coordinate Y' state (c-plane, m, or semipolar) |
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| + | <math> | \langle \psi_{e} | Z' \rangle |</math> The overlap ratio of electron wave to the rotated coordinate Z' state (c-plane, m, or semipolar) |
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於 2020年4月4日 (六) 10:36 的最新修訂
The format is
kx ky
Efn Efp n m
is the electron wave function of
state
state Efn is the average electron Fermi level Efv is the average electron Fermi level
The overlap ratio of electron wave to the original X state (c-plane)
The overlap ratio of electron wave to the original y state (c-plane)
The overlap ratio of electron wave to the original Z state (c-plane)
The overlap ratio of electron wave to the rotated coordinate X' state (c-plane, m, or semipolar)
The overlap ratio of electron wave to the rotated coordinate Y' state (c-plane, m, or semipolar)
The overlap ratio of electron wave to the rotated coordinate Z' state (c-plane, m, or semipolar)
