Search found 5 matches
- Sun Dec 15, 2019 12:33 am
- Forum: Running the code
- Topic: Questions about phonon self-energy of different temperatures
- Replies: 1
- Views: 3102
Questions about phonon self-energy of different temperatures
Dear developers, Excuse me, I am sorry to trouble you. Here, I put forward an little idea about considering the phonons of different temperatures. We all know the EPW can read directly the ifc.q2r file to get the information of phonons. We can use the TDEP or orther softwares to combine the harmonic ...
- Fri Mar 15, 2019 7:02 am
- Forum: Running the code
- Topic: Based on GW approximation in EPW
- Replies: 4
- Views: 6251
Re: Based on GW approximation in EPW
Sorry to interrupt you again. Can you offer an example file containing the GW eignevalues ?
Best wishes,
Yd Huang
Best wishes,
Yd Huang
- Tue Feb 19, 2019 3:14 am
- Forum: Running the code
- Topic: Based on GW approximation in EPW
- Replies: 4
- Views: 6251
Re: Based on GW approximation in EPW
Thanks for your reply. I will take a try.
- Thu Jan 03, 2019 3:17 am
- Forum: Running the code
- Topic: Based on GW approximation in EPW
- Replies: 4
- Views: 6251
Based on GW approximation in EPW
Dear users,
I want to calculate electron-phonon scattering rates in semiconductor based on GW approximation . Is it included in the EPW ? How to use GW calculation in EPW ? Please let me know.
Thanks
Yd huang
I want to calculate electron-phonon scattering rates in semiconductor based on GW approximation . Is it included in the EPW ? How to use GW calculation in EPW ? Please let me know.
Thanks
Yd huang
- Wed Jun 20, 2018 6:28 am
- Forum: General discussion
- Topic: the introduction to the output file specfun_sup.phon?
- Replies: 0
- Views: 4568
the introduction to the output file specfun_sup.phon?
Real Sigma(w)[meV] is the real part of phonon self-energy. But what's meaning of the Im Sigma(w=0)[meV] ? How to get the phonon frequency due to phonon self-energy? #Phonon eigenenergies + real and im part of phonon self-energy (meV) #Q-point Mode w_q[eV] w[eV] Real Sigma(w)[meV] Im Sigma(w=0)[meV ...