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 | Adding a new dimension to DFT calculations of solids ... 
   General remarks on WIEN2k
 WIEN2k consists of many independent Fortran90 programs, which are linked
together via C-shell scripts. You can run WIEN2k using any www-browser and the
w2web interface, but of course more experienced users
can run WIEN2k also from the command line.
 The main tasks are:
 
You may get a first impression by browsing the 
  "Quick-Start" section of our Usersguide. Define your structure (cif-file import, spacegroup support, symmetry
detection)
 initialize (semi-automatic guided input generation)
 run scf-cycle (with/without simultaneous optimization of atomic positions)
  Calculate some properties ("Guided Tasks" in w2web)
 write a publication (NOT yet supported in w2web, you must do it yourself)
 Features and Calculated Properties
 
LDA, GGA, meta-GGA (libxc interface), LDA+U and EECE, orbital polarization, Hybrid-DFT centro- or non-centrosymmetric cells (mode), all 230 spacegroups built in spin-polarization (ferro- or antiferromagnetic structures), spin-orbit
couplingsequential mode, k-parallel mode (without MPI, slow network with common
  NFS), massively parallel MPI mode (shared memory or Infiniband)
Energy bands and density of states electron densities and spin densities, x-ray
  structure factors, potentials, STM and AFM simulationsBaders's "atoms-in-molecule" concept total energy, forces, equilibrium geometries,
  structure optimization, elastic constants, 
molecular dynamics Phonons, with an interface to K.Parlinski's
   PHONON  or A. Togos  Phonopy  program electric field gradients, isomer shifts, hyperfine fields, NMR chemical
  shifts, NMR Knight shifts x-ray emission and absorption spectra, electron energy loss spectraoptical properties fermi surfaces  
A very recent extensive overview is given in: 
WIEN2k: An APW+lo program for calculating the properties of solids. P. Blaha, K.Schwarz, F. Tran, R. Laskowski, G.K.H. Madsen and L.D. Marks,
 J. Chem. Phys. 152, 074101 (2020)
 
 
 ©2001 by P. Blaha and K. Schwarz 
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