Dear all,
I know this is not directly related to siesta, but I really need you to share
your experience with me.
I have managed to plot my graphs with xmgrace. But I am not quite familiar with
the setting of my data on the graphs. Do you have any idea of how to :
1. set the fermi level to
Hi everyone,
I am sorry that this question may be so wierd.
I have tried to plot the band structure by gnuplot but whatever I did the high
symmetry points are not being mentioned correctly.
I have tried so much, but I could not manage to do it. Is it possible that I
have the script you use
Dear all,
In my calculations on the nanowires, I have used the polarization grid to
calculate the LO-TO splittings in the wires.
But, it seems that I have problem arranging the digits in the polarization
grid. The grid I have used is as follows:
%block PolarizationGrids
8 1 1 no
8 8 1 no
1
Hello all,
I have ran siesta for different diameters of bare nanowires of zinc oxide, well
converged and good results achieved.
But Now I have passivated the wires and I have put the bond length of H-Zinc
and H-Oxygen as 1.55 and 0.98 Angstrom respectively. But I could not converge
the scf
Dear all,
Happy 2009.
I have calculated the PDOS in the files I have converged and now I want to plot
DOS for different orbitals.
I saw the files: m_orbital_chooser.f90, m_pdos.f90 and pdos.f90 in the UTIL,
also in the mailing list I saw a fortran file for plotting the DOS ?!?!
Please let me
Hi,
Does anybody have the experience of saturating the dangling bonds with
hydrogen? how can we have the coordinates of H atoms?
Regards,
Catrina
=3.14159265;
eV=((1/$1)*H)/(2*PI*Elec);
Har=eV/27.2113845;
Cheers,
Marty
2008/12/7 catrina desport [EMAIL PROTECTED]
To all respected siesta users,
I have compiled siesta with gfortran. After compiling optical from utility
when I write ./optical e2.dat, I receive segmentation fault.
What's
Hello,
can you run the regular siesta (compiled with gfortran) ?
yes I can. I also do not receive segfaults while I compile other .f files in
utility, this has occured only for optical what should I change in it to get
the run?
Regards,
Catrina
From:
Dear Andrei Postnikov,
I am sorry if my words were confusing. Actually, it is not the matter
of imitating at all. I just wanted to know if having supercell for some
systems like bulk hexagonal helps to get better answers.
I didn't enclose their article to keep it from judgements, but in a
, making supercell does not
change anything at all because of periodic boundary conditions! so you
just waste the computation time if you do it.
regards,
Yurko
2008/11/25 catrina desport [EMAIL PROTECTED]:
Dear Andrei Postnikov,
I am sorry if my words were confusing. Actually, it is not the matter
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