「$landscapeDOS (2D)」：修訂間差異
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已建立頁面，內容為 "Landscape1d solve the landscape equation after poisson and drift-diffusion equation get converged. If we want to solve the poisson and drift-diffusion landscape self..." |
無編輯摘要 |
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| 第8行： | 第8行： | ||
$landscapeDOS | $landscapeDOS | ||
The program will solve poisson drift-diffusion and landscape self-consistently. | The program will solve poisson drift-diffusion and landscape self-consistently. | ||
<br>'''<big><big>The $landscapeDOS (2D) setting in GUI interface is here</big></big>''' <br> | |||
Press '''Schrödinger Eigen Solver''' and check the box for '''Poisson-LL-DD self-consistent'''!<br> | |||
[[檔案:2D_landscapeDOS (2D)_fig1.jpg|1200px]]<br> | |||
Related commands: <br> | Related commands: <br> | ||
[[$landscapeDOS (2D)]], [[$landscape2D ]], [[$LandshiftEcv]] | [[$landscapeDOS (2D)]], [[$landscape2D ]], [[$LandshiftEcv]] | ||
於 2024年9月22日 (日) 15:14 的修訂
Landscape1d solve the landscape equation after poisson and drift-diffusion equation get converged. If we want to solve the poisson and drift-diffusion landscape self-consistently we need to add another command $landscapeDOS (2D).
Example
$landscape2D
This only solve the landscape potential 1/u after poisson and drift-diffusion converged. If we set the command as
$landscape2D $landscapeDOS
The program will solve poisson drift-diffusion and landscape self-consistently.
The $landscapeDOS (2D) setting in GUI interface is here
Press Schrödinger Eigen Solver and check the box for Poisson-LL-DD self-consistent!
_fig1.jpg)
Related commands: