"*.qwkpencwvwoverlap.dat" 修訂間的差異
出自 DDCC TCAD TOOL Manual
| 行 1： | 行 1： | ||
| − | This file save the electron and hole wave function overlap information. For the k.p solver. It has 6 bases. <math> \phi_{v1} </math> to <math> \phi_{ |
+ | This file save the electron and hole wave function overlap information. For the k.p solver. It has 6 bases. <math> \phi_{v1} </math> to <math> \phi_{v6} </math> are <math> |X+iY>~~ |X-iY>~~ |Z>~~ |Z>~~ |X-iY>~~ |X+iY> </math>. The electron is <math> \psi_{e} </math>. It shows the overlap of <math> \langle \psi_{e} | \phi_{V} \rangle </math>. It is a complex number. |
The format is |
The format is |
||
kx ky Ee_n Ev_m Efn Efp n m <math> \langle \psi_{e} | \phi_{v1} \rangle </math> <math> \langle \psi_{e} | \phi_{v2} \rangle </math> <math> \langle \psi_{e} | \phi_{v3} \rangle </math> <math> \langle \psi_{e} | \phi_{v4} \rangle </math> <math> \langle \psi_{e} | \phi_{v5} \rangle </math> <math> \langle \psi_{e} | \phi_{v6} \rangle </math> |
kx ky Ee_n Ev_m Efn Efp n m <math> \langle \psi_{e} | \phi_{v1} \rangle </math> <math> \langle \psi_{e} | \phi_{v2} \rangle </math> <math> \langle \psi_{e} | \phi_{v3} \rangle </math> <math> \langle \psi_{e} | \phi_{v4} \rangle </math> <math> \langle \psi_{e} | \phi_{v5} \rangle </math> <math> \langle \psi_{e} | \phi_{v6} \rangle </math> |
||
| − | |||
| + | Ee_n is the electron wave function of n_th state |
||
| − | |||
| + | Ev_m is the hole wave function of m_th state |
||
| − | |||
| + | Efn is the average electron fermi level |
||
| − | |||
| + | Efv is the average electron fermi level |
||
| − | write(18,1371)akx,aky,Enofk(k,aindex),wfenkp(i,aindex),aveEfn(k,1),aveEfp(i,aindex),k,i , & |
||
| − | (wfcwvwoverlap(j,k,i,aindex),j=1,6) |
||
於 2020年4月4日 (六) 10:28 的修訂
This file save the electron and hole wave function overlap information. For the k.p solver. It has 6 bases. 
to 
are 
. The electron is 
. It shows the overlap of 
. It is a complex number.
The format is
kx ky Ee_n Ev_m Efn Efp n m
Ee_n is the electron wave function of n_th state Ev_m is the hole wave function of m_th state Efn is the average electron fermi level Efv is the average electron fermi level
