I have a question for reverse bias calculation.
When I perform the forward bias from 0 to 0.15 V, it starts from 0 V.
biases=numpy.linspace(0,0.15,7)*Volt,
| Left electrode chemical potential = -3.927765 eV |
| Right electrode chemical potential = -3.927765 eV |
| Left electrode chemical potential = -3.940265 eV |
| Right electrode chemical potential = -3.915265 eV |
| Left electrode chemical potential = -3.952765 eV |
| Right electrode chemical potential = -3.902765 eV |
| Left electrode chemical potential = -3.965265 eV |
| Right electrode chemical potential = -3.890265 eV |
| Left electrode chemical potential = -3.977765 eV |
| Right electrode chemical potential = -3.877765 eV |
| Left electrode chemical potential = -3.990265 eV |
| Right electrode chemical potential = -3.865265 eV |
| Left electrode chemical potential = -4.002765 eV |
| Right electrode chemical potential = -3.852765 eV |
However, when I calculate the reverse bias, it start from -0.15 V. Is that right? I think the reverse bias also start from 0 bias ....
biases=numpy.linspace(0,-0.15,7)*Volt,
| Left electrode chemical potential = -3.852765 eV |
| Right electrode chemical potential = -4.002765 eV |
| Left electrode chemical potential = -3.865265 eV |
| Right electrode chemical potential = -3.990265 eV |
| Left electrode chemical potential = -3.877765 eV |
| Right electrode chemical potential = -3.977765 eV |
| Left electrode chemical potential = -3.890265 eV |
| Right electrode chemical potential = -3.965265 eV |
| Left electrode chemical potential = -3.902765 eV |
| Right electrode chemical potential = -3.952765 eV |
| Left electrode chemical potential = -3.915265 eV |
| Right electrode chemical potential = -3.940265 eV |
| Left electrode chemical potential = -3.927765 eV |
| Right electrode chemical potential = -3.927765 eV |
