「*.overlap」：修訂間差異
跳至導覽
跳至搜尋
無編輯摘要 |
無編輯摘要 |
||
| 第8行： | 第8行： | ||
EigenEn(m) is the <math>m_{th}</math> electron eigen values | EigenEn(m) is the <math>m_{th}</math> electron eigen values | ||
EigenEp(n) is the <math>n_{th}</math> hole eigen values | EigenEp(n) is the <math>n_{th}</math> hole eigen values | ||
EigenEfn(m) is the averaged <math>m_{th}</math> eigen wave function region | EigenEfn(m) is the averaged electon fermi level within <math>m_{th}</math> eigen wave function region | ||
EigenEfp(n) is the averaged <math>n_{th}</math> eigen wave function region's | EigenEfp(n) is the averaged hole's fermi level within <math>n_{th}</math> eigen wave function region's | ||
<math> | \langle \phi_{e,m}|\phi_{h,n} \rangle |</math> is the overlap of mth electron and nth hole. | <math> | \langle \phi_{e,m}|\phi_{h,n} \rangle |</math> is the overlap of mth electron and nth hole. | ||
於 2017年10月4日 (三) 11:38 的最新修訂
is the file output the electron and hole overlap with the 2D Schrodinger eigen solver. The output file format is
m,n, EigenEn(m),EigenEp(n),EigenEfn(m),EigenEfp(n),
m is the mth electron eigen states n is the nth hole eigen states EigenEn(m) is the electron eigen values EigenEp(n) is the hole eigen values EigenEfn(m) is the averaged electon fermi level within eigen wave function region EigenEfp(n) is the averaged hole's fermi level within eigen wave function region's is the overlap of mth electron and nth hole.