"$SpaceRegion" 修訂間的差異
出自 DDCC TCAD TOOL Manual
| 行 1： | 行 1： | ||
=='''Format'''== |
=='''Format'''== |
||
| − | $TimeStep |
||
| + | $SpaceRegion |
||
| ⚫ | |||
| + | ''x<sub>L</sub> x<sub>R</sub>'' |
||
| + | ''y<sub>L</sub> y<sub>R</sub>'' |
||
| ⚫ | |||
| − | <font size=3>This value tells the program what the total of time steps is.</font> |
||
| + | <font size=3> |
||
| + | The function defines the simulated space. ''x<sub>L</sub> ''/'' y<sub>L</sub> ''/'' z<sub>L</sub>'' is the position of the first point in x / y / z-axis, and ''x<sub>R</sub> ''/'' y<sub>R</sub> ''/'' z<sub>R</sub>'' is the position of the last point in x / y / z-axis.<br> |
||
| + | The unit is meter (m). |
||
| + | </font> |
||
=='''Example'''== |
=='''Example'''== |
||
| − | $TimeStep |
||
| + | $SpaceRegion |
||
| − | 500 |
||
| + | 0.0 2000e-9 |
||
| + | 0.0 2000e-9 |
||
| + | 0.0 2000e-9 |
||
| − | Then the program is going to run 500 time steps. |
||
| + | This means the space region is from (0, 0, 0) to (2, 2, 2) (μm). |
||
於 2018年7月13日 (五) 09:10 的修訂
Format
$SpaceRegion xL xR yL yR zL zR // where all are floating points. Unit: meter.
The function defines the simulated space. xL / yL / zL is the position of the first point in x / y / z-axis, and xR / yR / zR is the position of the last point in x / y / z-axis.
The unit is meter (m).
Example
$SpaceRegion 0.0 2000e-9 0.0 2000e-9 0.0 2000e-9
This means the space region is from (0, 0, 0) to (2, 2, 2) (μm).
