Hello Srest,
I think ADOS measures how much the DOS of a certain electrode is
spilled onto a certain set of orbitals. So it is related to the DOS of
the electrode, and how strong the orbitals are coupleed to the
electrode. If the scattering region is not connected in the same way
to the two electrodes, it is should have different ADOS.
The book 'Electronic transport in mesoscopic systems' from Supriyo
Datta should have a full explanation about it.
Best,
Yuefei
Quoting msz228074 :
Hi Siesta users,
I am trying to calculate transport across two system. Now, if ADOS
is spectral DOS of electrode and if I am using same electrode in
both the cases (with diff scattering region) why I am getting
different average ADOS? I don't think I clearly understand what ADOS
actually is.
Any help would be useful.
Regards
Srest
--
Srest Somay
Ph.D. Scholar
Department of Material Science and Engineering
Indian Institute of Technology Delhi
email: msz228...@iitd.ac.in
Ph- +(91) 7667324869
--
Yuefei Huang
Graduate Student
Department of Material Science and NanoEngineering
Rice University
email: yuefei.hu...@rice.edu
phone: +1-832-499-9169
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SIESTA is supported by the Spanish Research Agency (AEI) and by the European
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