Dear Nick Sir
I want to calculate the real-space transmission eigenchannels for which I
already install the transiesta with netCDF libraries. As a beginner I have
no idea how to start and from where to get some guidance.
I try to run the given test example (AuH2) where I run the ELEC with the
new transiesta executable and then I try to run the device part as I
already did. After tbtrans calculation I run this command
EigenChannels --NumChan=1 --BothSides ECrun
After running this command I get some files like in ECrun directory
Chain.EC.1L.abs.txt Chain.EC.1L.XSF Chain.EC.1R.curr.AXSF
Chain.EC.TotL.curr.AXSF EigenChannels.log
Chain.EC.1L.curr Chain.EC.1R.abs.txt Chain.EC.1R.XSF
Chain.EC.TotR.curr
Chain.EC.1L.curr.AXSF Chain.EC.1R.curr Chain.EC.TotL.curr
Chain.EC.TotR.curr.AXSF
Now my question is that which one file can be used for eigenchannels
Or simply sir can you please guide me how to calculate the real-space
transmission eigenchannels and
projected transmissions analysis.
Thanks in advance
rm-��q�A{c
Fazle Subhan
PhD Student
Deptt.of Physics
Pukyung National University Korea
On 20 February 2018 at 21:38, Nick Papior <[email protected]> wrote:
> The transmission eigenvalue values can easily be calculated using any
> version of tbtrans.
> In 4.0.X and prior versions: TS.TBT.NEigen
> For 4.1 and later: TBT.T.Eig
>
> If you want to plot real-space transmission eigenchannels you should use
> the Inelastica toolsuite.
>
> 2018-02-17 16:12 GMT+01:00 Fazle Subhan <[email protected]>:
>
>>
>> Dear Siesta/Transiesta users and experts
>>
>> I need some help regarding the transmission channels calculation. I
>> already run the given test examples for I-V curve calculation but now I
>> want to learn how to calculate the transmission channels calculations.
>> Please some body help me by providing a sample input file for transmission
>> channels calculation.
>>
>> Thanks in advance
>>
>> Fazle Subhan
>> PhD Student
>> Deptt.of Physics
>> Pukyung National University
>> Nam-gu Busan, Korea
>> Cell # 010-3774-8303
>>
>
>
>
> --
> Kind regards Nick
>
