User Tools

Site Tools


qcl:electronic_band_structure

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
qcl:electronic_band_structure [2020/10/30 11:08]
thomas.grange
qcl:electronic_band_structure [2020/10/30 11:15] (current)
thomas.grange
Line 35: Line 35:
 using the following equation: using the following equation:
  
-$$ \frac{m_0}{m^*} = S + \frac{E_P(E_g+2\Delta_{\text{SO}}/​3)}{E_g(E_g+\Delta_{\text{SO}})} $$+$$ \frac{m_0}{m_{\perp}^*} = S + \frac{E_P(E_g+2\Delta_{\text{SO}}/​3)}{E_g(E_g+\Delta_{\text{SO}})} $$
  
 where $E_P$ is the Kane energy, $E_g$ the band gap and $\Delta_{\text{SO}}$ is the spin-orbit splitting [Vurgaftman2001]. The effective mass of the database is ignored in this case. where $E_P$ is the Kane energy, $E_g$ the band gap and $\Delta_{\text{SO}}$ is the spin-orbit splitting [Vurgaftman2001]. The effective mass of the database is ignored in this case.
qcl/electronic_band_structure.txt ยท Last modified: 2020/10/30 11:15 by thomas.grange