$parameters

Function to assign the related information of each layer.

Format

$parameters
dope    ea    eg    dix    diy    eoff    m0off    m0in     mhh     mlh    impurity    mun     mup     taun     taup

Parameter Explanation

• Dope : The doping concentration of the material. $(cm^{-3})$

• Ea : The activation energy of the material. $(eV)$

• Eg : The bandgap of the material. $(eV)$

• dix : The relative dielectric constant in x-direction.

• diy : The relative dielectric constant in y-direction.

• Eoff : The conduction iband offset of this layer and next layer.

• m0off : The parallel effective mass of electron. $(m_0)$

• m0in : The perpendicular effective mass of electron. $(m_0)$

• mhh : The heavy hole effective mass. $(m_0)$

• mlh : The light hole effective mass. $(m_0)$

• impurity : The background doping concentration. $(cm^{-3})$

• mun : Electron mobility. $(cm^2s^{-1})$

• mup : Hole mobility. $(cm^2s^{-1})$

• taun : Electron carrier lifetime. $(Sec.)$

• taup : Hole lifetime. $(Sec.)$

Example

$parameters 
0.0e 00 0.000 1.12 11.7 11.7 0.79 1.08 1.08 0.16 0.49 8.0e 15 1.2e 03 4.4e 02 1.3e-05 1.3e-05 -5.0e 17 0.045 1.12 11.7 11.7 0.79 1.08 1.08 0.16 0.49 0.0e 00 6.7e 02 3.2e 02 3.0e-09 3.0e-09

The $parameters setting in GUI interface is here
1. In this case, I chose Silicon as my material.




2. Press the Material Parameter and set the Composition(x) = 1, then the material become Silicon.
3. Press the Re-plot the depiction of material structure to refresh the figure!


4. To show it more clearly, I ticked off the 15 parameters we need.
5. Now, fill in the table for Material Parameters, similar to the blue box!